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Archive for November, 2013

Understanding the Building Blocks of Online Learning by Dr. Tony Bates

Understanding the Building Blocks of Online Learning:

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates (Instalment 1 of an 8 part series)

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month.  A Contact North | Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.  

This series was researched and developed by Contact North | Contact Nord Research Associates, Dr. Jane Brindley and Dr. Ross Paul.     

Adapting technology for effective learning is the mantra for Tony’s entire career – technology for accessibility, for flexible response to diverse needs, for improved quality and cost control, and for institutional accountability.  

His constant message is that most institutions are under-exploiting the potential of technology to respond to the growing pressures for change in post-secondary education. For meaningful improvements, major changes are needed in the prevailing institutional cultures and the way they are managed. Online learning, which harnesses the power of the Internet, multimedia resources and Web-based tools, is taking post-secondary education by storm. 

For Bates, the change is starkly different from that of earlier technologies mainly used to broadcast content. In the opportunities it provides to engage students, enhance quality, widen access and be cost efficient, and the radical changes it requires for the effective organization and rethinking of post-secondary education practices and processes, online learning is a game changer.

Drivers of Change in the Way We Teach and Learn

The increasing recognition the world over of the central role that post-secondary education plays in social and economic success has spawned many drivers for change, including the following identified by Bates:

  1. An increasing demand for college and university places that has led governments to use funding to drive up enrolments and left institutions to maintain or even improve quality.
  2. Changing demographics (more older and part-time students) and more learner diversity (broader intellectual, language and cultural ranges), the dramatic increase in those pursuing post-secondary education while working at full- or part-time jobs, and the continuing growth and particular demands of life-long learning and preparation for employment in a constantly changing world.
  3. Growing numbers of students at ease with new technologies and social media who are demanding the same sort of flexibility and access from post-secondary education that they already enjoy in their daily business and social interactions.
  4. Pressures on institutions to be more open and accountable, especially for their deployment of taxpayer provided revenues and ever escalating student tuition fees.
  5. Recognition of society’s needs for skilled knowledge-based workers and the associated focus on learning outcomes (the extent to which graduates have such requisite skills as critical thinking, problem-solving, communication, independent learning, ability to work in a variety of contexts, to work in teams and to navigate cultural differences).
  6. Research evidence of the effectiveness of more interactive approaches to learning that engage students more intensively and practically both within and outside the traditional classroom.
  7. The continuing evolution of web-based technologies which make knowledge much more accessible and bring learners together without the constraint of time or place.

The message is clear. The status quo is not an option. Colleges and universities must find new ways to deal effectively with increasing numbers of students and to develop them as knowledge workers in a climate of increasing fiscal restraint and public accountability.

Building on the work of theorists and practitioners the world over, Tony Bates offers thoughtful and practical responses to these challenges at a time when post-secondary education is experiencing high levels of scrutiny and increased expectations.

The Role of Online Learning

New technologies for teaching and learning have enhanced learner access to and flexibility in post-secondary education. Bates and Sangrà have documented that enrolments are increasing much more rapidly in online than campus-based courses and that those for online learning far exceed the supply, at least in North America.

For Bates, online learning is the key to a successful response to the above drivers of change. It has the capacity to be responsive to a wide range of learning needs and can be offered at unprecedented levels of scale, unconstrained by time and place. It capitalizes on readily accessible knowledge, content from a variety of sources and opportunities for more interactive learning where the focus is on developing research skills, critical thinking and creativity. It takes advantage of the power and flexibility of modern technologies and students’ ease in applying them.

Today’s Web 2.0 tools (such as blogs, wikis and cloud computing) and social networking (MySpace, Facebook, LinkedIn, Twitter) enhance the ability of educators to address diverse audiences and allow them to pattern their teaching styles to many different needs and skill levels whether teaching in a traditional classroom, via distance education or a hybrid of each (often called blended learning).

Bates sees the pervasiveness of modern technologies as rendering the ability to find, analyze, organize, and apply digital information essential in almost all subject areas. He recognizes that core digital literacy is achieved not in a vacuum but as embedded in a given subject or discipline. This makes huge demands on faculty members who may lack digital literacy skills and it may also pose significant challenges to their preferred approaches to teaching.

It is this thoughtfulness, combined with a preoccupation with student learning and faculty support, that separates Tony Bates from technological champions who advocate glossy new toys while ignoring the challenges of using them to make real and sustained improvements to college and university teaching.

Seven Key Building Blocks of Online Learning

Bates considers technology a key factor in achieving an appropriate balance among post-secondary education’s three competing forces – access, quality and cost. His work can be examined through seven of the key building blocks he has identified for developing effective and efficient online learning in colleges and universities. Each of the themes described below is treated more extensively in a separate installment in this series.

  1. Planning for effective teaching with technology

    Tony Bates sees the significant potential for online learning to transform college and university teaching, whether in hybrid or fully online models. Teachers and students no longer need to be present at the same location, learners actively contribute to the knowledge base through class discussions and small group projects on the web, and diverse learner needs can be readily accommodated whether students are learning together or in their own time. However, realization of this potential requires careful planning to ensure that course objectives are effectively matched to learning activities and that technology is applied according to their specific capacities. Based on his research and online teaching experience, Bates provides sound guidance for faculty interested in teaching with technology.

  2. How emerging pedagogies map onto the new technologies

    Online learning supports many pedagogical approaches but an emphasis on learner development through activities such as collaboration, problem-solving and knowledge construction is particularly well served by the Internet and social media. Learners can pace their own learning, giving time for reflection and for understanding both the content and their own learning processes, enhanced by online discussion and small group projects. The effective implementation of online learning requires faculty to consider their view of the nature of knowledge and effective teaching, as well as the implications of this for their disciplines and choice of technologies.

  3. How faculty can support learner success

    Online learning makes particular demands of learners, notably in its assumptions of their capacity for independent study and research skills. Learner support activities include all the processes and services that colleges and universities offer so that students can navigate institutional systems and develop learning, research, and other essential skills. Bates provides faculty with advice and guidelines regarding the two main challenges they have in student support – online teaching and moderating and student feedback and assessment.

  4. How faculty can assure quality in an online learning environment

    New technologies render teaching and learning more transparent and accountable, with a greater emphasis on learning outcomes. Bates argues that there is convincing evidence that technology-based teaching succeeds best when courses are re-designed to exploit the benefits of technology, using well-established best practices in online learning combined with more traditional quality assurance methods of program and peer review. His writing outlines the key components in the design and development of quality online learning.

  5. Guidelines for faculty from educational technology research

    From the start of his career, Tony Bates has been a researcher into the effective application of various media for improved educational outcomes. His roots have ensured that he continues to look to practical research outcomes in his assessment of various approaches to teaching and learning. His research places particular focus on the relationship between the unique characteristics of a technology and its effects on learning outcomes, thus providing faculty with a framework for decision-making about choice and use of technology. He also provides useful suggestions and guidance for faculty members interested in pursuing their own research in the field.

  6. Costing considerations for hybrid and online courses

    Online learning offers unprecedented opportunities to offer courses and programs to large groups of learners with relative cost efficiency. However, Bates makes an important distinction between cost reduction and cost effectiveness and cautions that online learning is not necessarily a cheaper alternative to face-to-face teaching. While cost analysis and control are largely institutional roles, faculty choices in instructional development and course delivery are critical components of this. Bates’ development of costing models for hybrid and online courses represents a key part of his contributions to online learning.

  7. Institutional and faculty roles in strategic planning

    Far too often, institutional leaders and individual faculty members jump on technological bandwagons without considering the key determinants of success in institutional change – strategic planning and budgeting, the prevailing institutional culture, and the full involvement of and support for faculty in planning for change. Bates provides a blueprint for effective strategic planning in the context of integrating new technologies into a given college or university.

    Through such building blocks, Tony Bates shows how online learning can transform teaching and learning in the twenty-first century. Faculty members and institutional leaders will find practical and thoughtful advice, and even inspiration, in his writing and research. At the same time, he invites them to challenge his models and dream up new approaches that take advantage of the powerful facility that online learning provides to improve access to and the quality of post-secondary education.

Understanding the Building Blocks of Online Learning: Part 2

Planning for Effective Teaching with Technology

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month.  A Contact North |Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning. 

This series was researched and developed by Contact North | Contact Nord Research Associates, Dr. Jane Brindley and Dr. Ross Paul.  

This consideration of Tony’s work focuses on planning for teaching with technology in post-secondary education and the opportunities and challenges it poses for faculty members. His work offers practical guidance for the selection, implementation and understanding of the impact of various educational technologies. 

According to Bates, online learning offers great potential to increase both quality and accessibility in post-secondary education. Teachers and learners can interact in shared virtual spaces no longer constrained by time and place; learners actively contribute to the knowledge base that becomes part of the online course content; electronic access to a wide range of quality learning resources allows for creative just-in-time structuring of knowledge presentation and opportunities for discovery within courses; and perse learner needs can be readily accommodated whether students are learning together or in their own time. 

Bates is enthusiastic about this potential but realizes that harnessing technology for pedagogical purposes is complex.  It requires careful planning to ensure that course objectives are effectively matched to learning activities and that technology tools are applied according to their specific capacities to support certain kinds of learning.  From his research and online teaching experience, he provides sound guidance for faculty interested in teaching with technology through the following seven points. 

    1. Ensure that the benefits of integrating technology justify the investment

      The benefits of integrating technology with your teaching must justify the significant investment of your time and the costs.  Bates recommends that you start with thinking strategically about the goal of technology use and how it fits with your program, departmental and institutional mission and mandate.  Will it facilitate more active learning and development of your students’ research and analytical skills? Will it address such challenges as large classes or workload management?  Will it open up new markets or improve accessibility to underserved groups such as part-time learners? Will it enhance quality, address unmet needs or reduce costs? Whatever the rationale, the case should be well researched and documented to attract institutional support to render it sustainable.  

      One approach is to include a discussion of technology use in any curriculum or course review.  Departmental workshops might include teaching-focused strategic planning exercises (environmental scanning; analysis of goals, values and priorities), technology demonstrations and small group discussions to develop a vision for teaching in the future. 

      Bates and Poole introduce a helpful framework to oversee technology integration and instructional design. The SECTIONS framework considers the following criteria for choosing and applying technologies for teaching: 

      An example from the University of British Columbia of how to use this framework can be seenhere

      • Student needs
      • Ease of use and reliability,
      • Cost considerations,
      • Your approach to Teaching and learning,
      • The desired level of Interaction for students,
      • The Organizational support needed,
      • The Novelty factor, and
      • The Speed with which the technology can be adopted or materials adapted.
  1. Develop a teaching plan

    Bates recommends having a comprehensive teaching plan encompassing both curriculum (what) and delivery (how).  Inclusion of a delivery plan ensures the integration of any technology use into regular college or university curriculum planning exercises. 

    In addition to curriculum, a teaching plan addresses issues such as your preferred approach to teaching (e.g. problem-based or inquiry methods); time allocations for lectures, seminars, labs, clinics, practicums, field work and other activities; whether courses will be offered face-to-face, online, or in hybrid form (reduced class time with online interaction); scheduling for any face-to-face teaching; and who will teach. 

  2. Plan for course design and development time 

    Good teaching always requires preparation but developing a fully online, hybrid or technology-enhanced classroom course takes extra time to develop before the course begins. Depending upon the subject, learning activities, choice of technologies, resources available and current teaching workloads, it may take up to a year to develop a new course.  

    You may take a systems approach whereby the whole course is laid out and then each element designed and developed before teaching begins, or a more open-ended approach relying less on pre-prepared content and more on collaborative learning, class discussion, and building on the existing knowledge of learners.  Bates’ key message is that deciding on a teaching approach, laying out a plan, choosing appropriate technologies, developing and/or choosing learning resources, and ensuring the necessary support and infrastructure requires significant time and must be considered part of your teaching workload.   

  3. Seek specialist assistance and support 

    Course quality starts with your knowledge of the learners and your subject matter expertise but benefits immensely from other specialist support.  Cross-functional communication among faculty, instructional designers, media specialists, Web programmers, copyright officers, and learner support professionals to facilitate course development provides a dynamic environment for innovation in teaching but requires some consideration of the form of collaboration required.   

    Bates describes different models of course development. The Lone Ranger approach is where a faculty member works independently to integrate a new technology, sometimes with some institutional financial support.  A Boutique Model provides professional assistance on a project-by-project basis from an instructional support unit such as a teaching and learning centre.  ACollegial Materials Development model involves academic colleagues working collaboratively on course development. A full Project Management Model involves a team of inpiduals contributing specialist skills working with a defined product, budget, timelines, and team leader to manage the process.  

    Model choice depends upon the size of the project (module, learning activity, whole course or program), design complexity, and level of technology integration. Adding one element of technology to a face-to-face course may be handled quite easily with one-on-one assistance from a specialist whereas a project management approach to a fully online course with significant integration of various technologies probably yields the best quality and cost effectiveness.  Once you have worked through developing a course with specialist help once or twice, you will be well positioned to work more independently.

  4. Manage the teaching workload

    Bates stresses that technology use should reduce class time, not add to your overall teaching load. Using online technology for a face-to-face class to share the syllabus and links to learning materials such as journal articles should not take extra preparation time and may even save time and resources.   However, if you want to go beyond this basic use of technology in a course, it is important to carefully consider the cost and additional teaching time needed.  

    The investment required to plan, prepare and facilitate a course that incorporates pre-prepared modules, multimedia elements and/or online interaction such as class discussions or group projects will outweigh any significant gains in quality if the technology is not used to reduce face-to-face class time.  

  5. Collaborate

    Use of online technologies opens up many opportunities for collaboration in teaching, within and across institutions, even across continents.  Further, as Bates points out, combining efforts pays off in productivity and quality of teaching.  Shared open educational resources can also reduce developmental costs significantly.

    Courses or content common to a variety of programs can be identified and learning materials and resources developed and stored in readily accessible shared virtual spaces.  As with research and publications, faculty with subject expertise in a particular area from one or more institutions can work collaboratively online to develop core materials and/or source learning resources from increasingly available open educational resources.  

    Working collaboratively with colleagues, you can share ideas, jointly develop and share resources, and provide critical feedback to one another, thereby improving teaching practice.  Equally important to content is developing learning activities, assessment tools, and multimedia and interactive modules. Best created by a team, these will save resources as well as significant time for inpidual faculty members.   

  6. Ensure that course evaluation and maintenance are planned

    Evaluation and maintenance of technology-based courses go hand-in-hand.  As Bates points out, because technology-based courses are new and different, it is good practice to evaluate them regularly for educational effectiveness.  Evaluation can take a number of forms, both formative and summative.  Information about enrolments, grades, completion rates, feedback from students and faculty, as well as observations of student behaviour in the course are essential to course maintenance.

    All technology-based courses require at least some minor maintenance.  For Bates, once a course or a learning resource is developed, it should be kept live and dynamic to maintain quality.  The content must be updated as new resources, such as journal articles, become available, assignments and learning activities revised, URL links checked and student feedback incorporated.

    Keeping whole programs or many courses updated is complex, requiring resource allocation and a planned maintenance schedule. Just as development requires faculty time, so does evaluation and maintenance.  The teaching plan (described above) should include an evaluation and maintenance strategy and schedule for technology-based courses that does not add to teaching load.  

    With these seven practical considerations, Tony Bates has established a clear path to success in adapting teaching and learning to new technologies.  Bates also has an excellent series of blog posts on teaching with technology that address a wide range of considerations from the capacities of various technologies to educational theories 

Understanding the Building Blocks of Online Learning: Part 3

How Emerging Pedagogies Map onto the New Technologies

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month. A Contact North |Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.
This series was researched and developed by Contact North 
| Contact Nord Research Associates, Dr. Jane Brindley and Dr. Ross Paul.

This consideration of Tony’s work focuses on how online technologies are proving to be particularly well suited to supporting current and emerging pedagogies that call for engagement, active learning, and skills development.

Bates has observed that it is important to understand that technologies used for teaching are not pedagogically neutral but can be more or less suited to a particular teaching approach. The effective implementation of online learning requires you to consider your view of the nature of knowledge, what you believe constitutes effective teaching, how you apply these beliefs to your discipline, and the implications for choice of technologies and their integration into your practice.

The Evolving Practice of Teaching

1) Changing views of the nature of knowledge

In discussing pedagogical approaches, Bates advises that you start by examining your philosophical beliefs about the nature of knowledge (epistemology) that determine the ways in which you teach. Educational philosophies are not static. The concept of knowledge as a collection of facts, theories and testable concepts is giving way to notions of it as dynamic and relative, being constantly constructed by individuals and groups in a process of adaptation to change and experience.

Even in the hard sciences, knowledge is seen more subjectively than it was in the past. Bates notes that such thinking has evolved not only because of the explosion of accessible knowledge, but also through recognition of the role that status and power play in controlling knowledge. As well as the shift toward viewing knowledge as more fluid and dynamic, he notes the influence of the Internet in giving rise to theories such as connectivism which describe knowledge as akin to collected wisdom being constructed through web-based networks and communities.

You make decisions about how to teach based on your view of what constitutes knowledge and the best way to help learners acquire it, but ways of teaching are not mutually exclusive. Bates observes that, although you may have a preferred way of teaching, you probably use a variety of approaches based on the nature of the subject matter and your learners’ needs and characteristics.

What is critical is to make explicit your views and choices about the best approaches for teaching so that you can choose technology accordingly. Bates provides more detailed consideration of the relationships among the nature of knowledge, pedagogical approaches and online learning in this blog post.

2) Pedagogy with a focus on skill development and active learning

Bates notes that the shift in views about the nature of knowledge leads to a more constructivist approach to teaching that places less emphasis on mastery of a specific body of knowledge and more on helping individuals acquire capabilities that enable them to successfully navigate rapid change and multiple contexts, both familiar and unfamiliar, confidently employing a wide variety of skills. Although concepts and theories form the backbone of a given discipline, desired learning outcomes are focused less on memorizing subject-based information and more on facilitating the student’s intellectual and social development.

Bates describes current constructivist approaches to teaching as learner-centred, with the student fully engaged in a process of discovery based on exploration, dialogue, problem-solving and participation in knowledge construction. Case studies, collaborative inquiry and problem-based learning are used to engage students through experiencing, discussion, and reflection.

These teaching methods enable learners to become skilled critical thinkers, able to locate needed information among a plethora of resources and sources, organize it, analyze it, evaluate its credibility and usefulness, and skillfully apply it to a variety of situations individually or as part of a group. Bates emphasizes that the teacher’s role is to challenge and stimulate students, ensuring that interaction, whether virtual or face-to-face, is of a quality that leads to learning demonstrated by social and intellectual development. He notes the importance of scaffolding, supporting learners in a way that facilitates their development from being dependent to independent and collaborative learners.

Bates emphasizes that skills development is not generic and must be embedded within a specific area of expertise. What is critical is that current pedagogical approaches require you to make thoughtful matches between desired learning outcomes and appropriate learning tasks and processes and then choose the technologies that will best support them.

3) Technologies that support active learning

Bates notes that technologies such as video, PowerPoint, and computer-based resources have mainly been used within an educational model that is objectivist and teacher-centric. He observes that online learning has the potential to support many different approaches to teaching (including didactic), but is particularly suited to current and emerging pedagogies. For example, he describes the key capacity of Web 2.0 technologies as empowering learners to create, adapt, share, disseminate and apply knowledge, facilitating the shift to more learner-centred approaches.

Technology itself has helped develop more active learners. The Internet, Web 2.0 tools, social networks and mobile devices provide instant access to vast libraries of expert- and amateur-sourced information, creating a society of seekers, communicators, and self-directed problem-solvers already using technology for reasons other than study. Bates stresses the teacher’s role in harnessing this behaviour for traditional academic study by providing planned learning experiences, guidance, goals, feedback and criteria for assessment.

Bates has been a leader in establishing that different technologies have different affordances (capacities) that make them particularly suited for certain learning tasks. In learner-centred pedagogy, you use these tools in a framework that exploits their capacity to support active learning. If you choose a hybrid model of teaching (combining face-to-face with online), course content can be moved to the web in the form of text, audio and video, freeing class time for discussion, analysis, and practice. Class discussion and collaborative projects can also easily be accommodated by virtual classrooms and current web-based tools that support both synchronous (real time) and asynchronous (virtual time) communication.

Building collaborative activities into your classes contributes to skills development through dialogue, testing of ideas, problem-solving and knowledge construction. Allowing for a combination of synchronous and asynchronous learning provides students some ability to pace their learning, and gives time for reflection both on content and their individual learning processes.

Social media extend the virtual classroom, providing opportunities for activities such as collaboration, networking and authoring. For example, collaborative workspaces such as wikis are free and simple to create, and allow students to work on joint projects; multimedia archives such as YouTube videos can be accessed as learning resources and created by students to demonstrate knowledge and skills; and virtual worlds, such as Second Life, enable knowledge construction through interaction and experimentation in real time.

Implications of the Convergence of Pedagogy and Technologies

Bates believes that the convergence of pedagogy emphasizing active learning and skills development and the availability of technologies well-suited to supporting these is beginning to transform post-secondary teaching. Online learning can become a process of guided collaborative engagement in which students gain insight, understanding, increased capability and confidence through grappling with contextually-based questions and problems, challenging their own ideas and those of others, reflecting on their learning, and constructing new knowledge.

While consideration of educational philosophy, teaching approaches and choices of technologies traditionally resides with an individual instructor, these decisions have implications better considered on a program-wide scale. Bates offers six questions to consider in developing an overall teaching plan incorporating both curriculum design and delivery.

  1. What are the characteristics and needs of learners that we want to reach (part-time, full-time, older, younger, experience in using technology for learning)?
  2. What skills and disciplinary knowledge are we trying to develop in this program? How will an “A” student be defined?
  3. What kind of content do we want the learners to access and from what sources? Is quality content readily available? Do we need to create any content? What guidelines, if any, do we need to provide for finding and evaluating content?
  4. What is our overall educational philosophy and approach to teaching for this program? How will our teaching approach support achievement of the skills we have identified as desired learning outcomes? Do the early courses have to include significant content and begin with a didactic approach? How can we help students build on their existing experience and become independent learners?
  5. How can technology help us achieve our program goals? How can we best match technology choice to learning activity? Will the use of technology change during the program and, if so, how? What tools should we use and why?
  6. What support will we need in the use of technology, both for us and for learners?

The Internet and Web 2.0 tools represent a significant shift in the way technology can be used to support learning, one that appears to be in synch with current pedagogies and approaches to teaching that put more control in the hands of learners. Bates offers a vision and a practical framework for planning processes that can help you take advantage of the new technologies by using them in educationally meaningful ways.


Understanding the Building Blocks of Online Learning: Part 4

How Faculty Can Support Learner Success

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month. A Contact North | Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.

This series was researched and developed by Contact North | Contact Nord Research Associates,
Dr. Jane Brindley and Dr. Ross Paul.

This consideration of Bates’ work focuses on supporting online learners, an area sometimes overlooked, but which research has shown is essential to creating quality programs that provide the best opportunity for success.

What is learner support?

Learner support activities are all the interactive processes and services that colleges and universities offer to help students navigate institutional systems and develop the knowledge and skills they need in order to become lifelong, independent and collaborative learners.

Bates recommends a comprehensive institutional plan for technology integration that recognizes that the accessibility of online learning extends to all parts of the student experience, with significant implications for faculty roles, all other areas of learner support, and institutional infrastructure.

Bates identifies the following types of support as being most important for online learners:

  • Marketing/course information
  • Registration and tuition-fee payment
  • Course admission/passwords/technical help
  • Ordering and delivery of materials including library materials
  • Student advising and counselling
  • Online teaching and moderating
  • Student feedback and assessment

Development of comprehensive, high-quality and accessible learner support creates a rich and responsive virtual learning environment, which contributes to a culture of commitment and engagement. Here we focus on the two aspects of learner support, which are provided by individual instructors – online teaching and moderating and student feedback and assessment.

Why learner support?

For Bates, investment in online learner support is important because:

  1. Online learning widens access to education resulting in a more diverse student population, but not everyone has the independent learning skills to meet its unique demands. To be successful, online learners need to take active responsibility for their learning and develop superior skills in written communication, navigating virtual environments, and information literacy skills such as locating, evaluating, and applying information.
  2. Learners who choose online study because of its flexibility are often working adults with multiple responsibilities, which put them at greater risk of dropping out.
  3. Effective learner support, along with quality course design, can mitigate the risk of attrition.
  4. Many learners study online out of necessity and cannot travel to a campus to gain access to support and administrative services.
  5. Campus-based learners, whether or not they are taking online courses, increasingly expect to conduct all other transactions with their institution online, including use of support services.
  6. Educational institutions offering online study can distinguish themselves in a competitive market by offering accessible and comprehensive online support.

An additional perspective is provided in Tony’s blog post in which he advises learners about the importance of the support services they are offered when they are studying online.

Implications for faculty

For learners who do not come to campus, faculty will often be the main point of contact with the educational institution. Their expectations may extend beyond your teaching role to advice about course choice, financial aid, and technical problems. If your institution has a comprehensive approach to online learning, these services will be accessible online and your role will be limited to making appropriate referrals. Otherwise, the lack of other forms of accessible support can place extra demands on you.

The Essential Roles of Faculty in Supporting Learners

Bates identifies the primary source of support for online learners as the instructor who guides, mentors, moderates, and provides student feedback and assessment.

Online Teaching and Moderating

In stressing that the pedagogical advantage of online learning is the ability of students to interact with teachers and each other over time and distance, Bates offers the following advice to faculty:

  1. Course design: Start with a well-designed course that sets out clear learning objectives, learning activities, and assessment methods, and clearly states expectations for students and you as instructor.
  2. Online class organization: Manage your time by establishing how and when you can be contacted, and your response turnaround time. Create a well-organized classroom that is easy for students to navigate and includes information most frequently requested.
  3. Focus on interaction: Invest your time more in interaction with students, and less in delivering content. The primary focus is students’ individual and collaborative learning processes, but you should be active and visible as guide, observer and facilitator.
  4. Introductory activity: Welcome students individually at the beginning of the course and set a task that helps them to get to know the classroom and each other.
  5. Setting the tone: Establish a tone and culture of trust and openness that fosters participation. Model critical, but constructive feedback and exchange of ideas, showing how to agree but take an idea farther and how to respectfully disagree based on evidence. Encourage students to ask questions, take risks with sharing ideas and opinions, and to exchange with and support each other in the learning process. Foster a learner-led classroom, but set clear expectations and boundaries, and be prepared to intervene and react quickly to help students stay on track and be constructive.
  6. Goal setting for discussions: Set explicit goals for online discussions so that interaction is more than an exchange of opinions and leads to deeper learning (e.g. deepening or personalizing understanding, developing critical and analytical thinking skills, problem-solving, knowledge construction, and applying experience to new situations). Moderate discussions based on the expressed goals, and help students develop the skills to participate.
  7. Knowledge construction and academic skill building: Use class and small group discussions and projects to model and engage students in academic discourse, teaching skills, such as constructing evidence-based arguments. Through focused discussion, students can build new ideas, re-consider the meaning of their experience, develop theories and frameworks, and consider implications of application of new knowledge.
  8. Learning objectives: Match discussion topics to learning objectives, thus helping students in completing assignments through better understanding of concepts and their application to a current issue.
  9. Asynchronous communication and critical thinking: Asynchronous discussions lend themselves well to development of critical thinking. Model thoughtful questioning and response that moves a conversation farther and deeper; help students to use the wait time between postings for reflection; provide clarification without ending the conversation; and encourage students to develop and test their own meaning of concepts and ideas.
  10. Group activities: Use small group projects to help students build online cooperative and collaborative learning skills including sharing experience, using complementary strengths, and testing and developing ideas. Students who have chosen online learning for its flexibility may be reluctant to engage in group activity. As an instructor, you can guide the process positively by providing criteria for self-selection for group formation, ensuring that students are clear about the task, monitoring discussions and progress toward goals, providing frequent feedback and encouragement, troubleshooting when groups get off track, and defining the assessment process and criteria.
  11. Individual participation: Encourage participation in a variety of ways through ensuring discussions are meaningful and relevant to learning objectives and learner experience, setting tasks that require reporting, and engaging in peer critique. Check in by private e-mail with non-participants to find ways to support them and with those who dominate discussions to ensure that their participation is focused, meaningful, and does not discourage others.
  12. Adjusting for differences: Be aware of cultural, epistemological, and language differences. Students used to a didactic model of teaching may not immediately thrive in a virtual classroom until they learn to challenge their teacher’s and peers’ ideas and to articulate their own with confidence. Students learning in a second language may need time to adjust to an environment where reading and writing are the main forms of communication. However, asynchronous communication gives them time to absorb meaning and compose responses.

Tony’s blog post on management of communication between instructor and students provides additional insight into this topic.

Student Feedback and Assessment

Good teaching involves continual and effective feedback that helps students become better learners. Particularly in online environments where students can feel isolated, your continuous feedback is essential to supporting their learning.

  1. Continuous feedback: Provide informal feedback in a variety of forms including monitoring class and small group discussions and projects and modeling desired skills and behaviours. Feedback at mid-term helps students know where they stand relative to stated objectives. Individual feedback by private e-mail is valuable when a student needs extra help and encouragement.
  2. Learning objectives: Match formal assessment methods to stated learning objectives. If the objective is to enable learners to develop specific skills such as seeking, finding, analyzing and interpreting information or collaborative problem-solving, these abilities need to be assessed along with comprehension of the subject matter, a task made easier by choosing the right technology (#4 below).
  3. Transparency: Be transparent with formal assessments. Include grading rubrics for each assignment as part of the course information. This not only contributes to learning and a sense of control for students, it should save you time in responding to individual e-mail queries.
  4. Choose the best technology: Use the capacities of available technologies to their best advantage when designing assessment methods and tools. The online environment can accommodate multiple-choice examinations, writing assignments, collaborative projects, and demonstration projects such as e-portfolios that may include work samples, a learning journal, collected learning resources, and multimedia artifacts such as a self-produced video.
  5. Detailed feedback: Include sufficient comments on formal assessments that help students understand their grade, strengths, and areas for improvement. Written detailed feedback takes time but for online learners who do not have the opportunity to meet with you, it is essential for evaluating their own performance including what they are doing well and how they can improve.
  6. Assessing participation: If you decide to assess participation in class discussions, set criteria based on the quality of posts and their link to stated learning objectives and publish these for students. As much as possible, avoid grading for quantity of posts and put the focus on learning through meaningful and relevant discussion and effective moderating.
  7. Plagiarism: Help students understand the meaning of cheating within the context of academic standards. Post expectations with regard to original work and citing, and model desired behaviour. If you use plagiarism detection software, make it available to students so that they can evaluate and correct their own work first. Run all assignments and papers through plagiarism detection programs as part of the grading process, and be consistent in taking action when there are infractions.

Bates’ essential message about supporting learners through quality teaching, moderating, feedback, and assessment is that you can use these activities in purposeful ways to develop active approaches to learning that encourage learners to participate, analyze and criticize, offer alternative solutions and approaches, and take risks. By providing effective learner support in rich online learning spaces, you can develop lifelong and independent learners well-prepared for the knowledge-based society of the 21st century.

Understanding the Building Blocks of Online Learning: Part 5

How Faculty Can Assure Quality in an Online Learning Environment

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month. A Contact North |Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.
This series was researched and developed by Contact North 
| Contact Nord Research Associates, Dr. Jane Brindley and Dr. Ross Paul.

Like many faculty members, you may be concerned that, in the rush to apply the latest technologies, the quality of online learning may not match that of face-to-face teaching. Based on a lifelong preoccupation with teaching with technology, Tony Bates offers knowledge and perspective invaluable to those contemplating teaching through blended or hybrid learning, or embarking on a full online learning project for the first time.

We focus here on 4 issues that address the quality of online learning:

  1. Comparing the results of online learning with face-to-face instruction;
  2. The status of online learning in your institution;
  3. How to design and delivery high quality online learning; and
  4. The role of quality assurance.

1. Comparing the Results of Online Learning with Face-to-Face Instruction

In a meta-analysis of over 1,000 research studies comparing the impact of face-to-face and online teaching, Bates and Sangrà concluded that there is no evidence of significant differences between the 2 modes of instruction. However, the authors interpret these results with caution, noting that quality is contextual. For example, the flexibility afforded by online learning makes it more attractive to adult or part-time learners, whereas younger full-time students may benefit more from face-to-face instruction until they have acquired more independent learning skills. A technology well-suited to teaching welding to students in remote sites may not be suitable for teaching a hybrid social science class.

The demands of a particular teaching and learning context are paramount to assessing a technology’s quality. Whatever the results elsewhere, you need to conduct your own research and evaluation of technology-based teaching to identify the conditions optimal for your teaching, your students and your institution.

2. The Importance of the Status of Online Learning in your Institution

One of the key factors affecting the quality of online learning is how a given course is designed and developed. Bates has identified four main approaches to course development, representing increasing levels of institutional support for faculty. It is important to consider which of these approaches best fits your own situation:

  1. Lone Rangers

    If you are a pioneer in moving to online learning in your own institution, you are probably what Bates calls a “Lone Ranger”. By far the most common approach, this model describes the efforts of an individual faculty member to integrate one or more technologies into a particular course without formalized institutional support. While this practice retains your autonomy and control, it usually requires a disproportionate amount of your time for preparation and may be difficult to sustain.

  2. Boutique Course Development

    In this approach, you are assisted by an instructional designer or technology support person from a centre set up by your institution for this purpose. This works well when relatively few instructors need help, but is probably not sustainable when demand increases and you can no longer count on timely and appropriate help exactly when you need it.

  3. Collegial Materials Development

    Here, you collaborate with academic colleagues within or beyond your institution to develop online materials. You share ideas, jointly develop or share course materials, and provide critical feedback to each other. You decide which materials to include in your own courses and which to share with colleagues. This can be extremely effective, especially in bringing a group of colleagues together around common cause, but you may quickly discover that you need a more systematic approach and greater institutional support as this practice grows in the institution.

  4. Project Management

    Using the project management approach, you work with a team of experts according to your course development needs (instructional designer, multimedia designer, web designer, programmer) managed by a team leader or project manager (who might be you). Bates suggests a full project management model as the best route to ensuring course and program quality, especially when developing entire courses or programs online. Other advantages of this approach are the opportunity to learn more about online learning as part of a team and efficient use of your time as subject matter expert because much of the technical support work and design is done by expert associates. Once you have gained course development experience working with a team, you may choose to work more independently.

3. How to Design and Deliver High Quality Online Learning

Once you have identified the optimal approach to course development for your needs in your institution, Bates offers the following 6 components as the key to achieving high quality in online learning.

  1. Planning and instructional design: Perhaps the strongest theme running through Bates’ concerns about online quality is his preoccupation with careful planning and instructional design. For him, you must first establish clear learning objectives and outcomes and plan an appropriate mix of learning activities to achieve them. This includes pre-determining the nature of the interactions you want among students, the learning materials and the tutor or instructor.

    An integral part of the course design process is selecting technologies for their specific capacity to support the learning activities and interaction chosen. As noted above, you can benefit from the assistance of in-house professional staff such as instructional designers and web programmers in these endeavours.

  2. Delivery and student support: Given that all your students have ready access to the online components of your course, you have a responsibility to ensure that they have the technological and learning skills to take full advantage of them. Course quality depends not just on the materials, but also on the extent to which students are engaged with them and with each other. Research underlines the importance of an instructor online presence in achieving this.

    Supporting students as they navigate through the wealth of learning materials available online will both motivate and help them to develop lifelong learning skills. Other important forms of learner support include library services, writing coaches, counselors and others who can help students develop their own independent and interdependent learning skills.

  3. Faculty knowledge and preparation: It is important to identify what you need to learn about teaching online and find the consequent professional development opportunities that will enhance your ability to produce effective online or blended learning courses. Developing collaborative working relationships with professional colleagues such as instructional designers and web programmers can be invaluable.

    Your openness to taking their advice and considering new approaches to your teaching will be a key factor of success. Online learning opens up power relationships within an institution and your awareness of this will help you to navigate through the associated complexities of institutional politics in course development and design.

  4. Media production: Recognizing that learning is enhanced by providing content in forms other than just text, course quality will be enhanced by effective visual and audio components. These need not be sophisticated or expensive. What matters most is the appropriateness of the graphics and other technological aids to your course objectives.

  5. Visibility of content: You can take advantage of the public visibility of online course materials and interactions with students. While the openness of online teaching may be disconcerting at first, it contributes to the development and improvement of course materials by lending itself readily to more collaborative approaches with both peers and students. The development of open educational resources has contributed directly to quality improvement because learning materials can be critiqued and modified by your best academic colleagues from anywhere.

  6. Evaluation and revision: It is important to formally evaluate course and program objectives and learning outcomes based on the goals set in your institutional or departmental plans and revise courses and programs accordingly. Benchmarking against other institutions also helps measure quality. There are numerous international agencies that set out best practice results for online learning against which you can measure the success of your own courses and programs.

More detail can be found in Tony’s nine-step process for achieving quality in online learning.

4. The Role of Quality Assurance

Enrolments in fully online and hybrid courses are escalating dramatically in post-secondary institutions all over the world. It is clear that technology has become part of teaching practice and the lesson from Tony Bates is that this underscores the need for you to incorporate quality considerations into course and program design from the outset. He points to the appearance of a new journal dedicated to quality in online learning as a measure of the growing interest in this field.

Bates observes that the growing competition among institutions combined with the relative openness of online learning will increasingly place a premium on the development of quality assurance measures. Accreditation agencies in the United States, Britain and Australia are developing formal quality assurance standards for online learning. While Canada has not established formal quality assurance mechanisms, there is increasing interest in key performance indicators and benchmarking practices in colleges and universities.

In summary, Bates offers the following as the best guarantees of quality in online learning:

  • Your own knowledge of and experience in the use of technology for teaching and learning;
  • Your access to highly qualified and professional learning technology support staff and project management approaches to online learning;
  • Institutional support in the form of appropriate instructor-student ratios, for your own professional development, and appropriate release time for course development; and
  • Your attention to systematic evaluation and ability to use the results for continuous improvement to the teaching and learning process.

Understanding the Building Blocks of Online Learning: Part 6

Guidelines for Faculty from Educational Technology Research

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month. A Contact North |Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.
This series was researched and developed by Contact North 
| Contact Nord Research Associates, Dr. Jane Brindley and Dr. Ross Paul.

Tony Bates’ approach to online learning is pragmatic, but informed by accumulated wisdom from his on-the-job experience, widespread reading and consulting, and focused research into the application of technologies to post-secondary education. From his early work on the adaptation of radio and television for distance education through to his latest studies of Web 2.0 technologies, he has derived practical lessons for the effective application of various media and technologies for improved educational outcomes.

We address 2 aspects of his work here — the implications of some of the key findings from his lifelong work on educational technology for faculty members using online learning to complement, supplement or replace their classroom teaching, and his guide to related questions of particular interest to faculty researchers.

Lessons from Research for Successful Online Learning

Bates emphasizes starting with the right research questions in deciding which technologies are most appropriate. Simply asking which is “better”, face-to-face or online teaching, is singularly unhelpful and easily misunderstood. While most studies reveal no significant difference between the 2, this does not mean that the choice of technologies is inconsequential. It all depends on what you are trying to achieve and which technologies best serve your ends.

Bates identifies the following as among the most consistent and helpful outcomes of studies into the application of different technologies in post-secondary education.

  1. The focus should be on the teaching, not the technology.

    From his experience and studies, Bates concludes that any foray into online learning must start with a vision of your model of teaching and learning. It must be based on sound instructional design compatible with your teaching values and intentions. Bates’ blog post Decide How You Want to Teach Online is a good starting point.

  2. Different media have different educational capacities.

    While your preferred pedagogical approach should inform the technologies you employ (and not the other way around), moving into online learning will almost certainly require a re-thinking of your basic approaches to teaching. Technologies have unique characteristics and capacities, making each one more or less closely aligned with different pedagogies. Online learning, particularly using Web 2.0 technologies, such as such as wikis, blogs, e-portfolios, and social media, which allow learners to find, adapt, create, share and publish information easily, represent the potential for a significant shift in power from teacher to learner, necessitating a more constructivist approach to learning.

    Online learning can accommodate a range of Web 2.0 tools, as well as different media: text, graphics, audio, video, animation, and simulations. You need to understand their capabilities and use them appropriately (e.g. a wiki for communication and collaboration, a blog for broadcasting ideas or for reflective thinking, a simulation for experiencing) in order to realize their educational advantage.

    Using technologies according to their unique capacities leads to deeper understanding, and a wider range of learning outcomes and skills in applying content. You can pattern your use of various media to the needs and different learning styles of individual learners. In short, teaching with technology has to be explicitly designed to exploit the full pedagogical potential of the range of media it can support. In a recent post, Bates described this finding as his first “aha” moment in re-counting a series of insights derived from research throughout his career.

  3. Online learning is compatible with constructivist approaches.

    Constructivist approaches to teaching focus on the assimilation and accommodation of new experiences with previous forms of understanding, requiring the learner to be active in observing, comparing, questioning, reflecting and discussing. Online learning, particularly using Web 2.0 tools and multimedia, facilitates this kind of active and collaborative learning. The asynchronous nature of online learning encourages interaction with, and reflection on, content, and online discussions provide the opportunity for students to test ideas, and build and construct knowledge through collaborative learning. Thus online learning can provide a way for you to approach teaching differently from didactic practice in large lecture classes.

  4. Asynchronous learning supports reflection and critical thinking skills.

    The asynchronous nature of online learning provides students with considerable control over the pace and timing of their learning, allowing for and encouraging reflection on content, the learning process, and self as learner. Students can reconsider and compare content, even in the form of discussion (because it is recorded). The opportunity for students to challenge course materials and other students’ conceptions and arguments within a course, and to find and compare multiple, and perhaps conflicting, sources of information can all contribute to the development of critical thinking skills. However, there is still a need for your active intervention as moderator and designer to ensure that these skills are actually developed.

  5. Online moderation is essential.

    For online discussion forums to enable learners to construct their own meanings, increase their depth of understanding of key concepts and principles in a subject, and apply them to new contexts, research has indicated that very careful course design and purposeful online moderation are needed. As a moderator of online discussions, you will need to ensure that students are meeting the necessary academic standards, such as evidence-based argument, setting arguments within a conceptual framework, and relating discussion to the concepts and ideas covered in the course materials. If not, the discussion can easily deteriorate into a swapping of unsubstantiated opinions among students.

  6. Online learning supports collaboration.

    One great advantage of online learning is the opportunity for students, separated by time and place, to work together on common tasks. Learning to collaborate online is an increasingly important workplace skill, and it provides important opportunities for students to share experiences and test and develop their own ideas.

    It is particularly valuable for courses where students are from different countries or cultures, and in professional and continuing education programs, where participants can share and draw from relevant experiences. There is evidence, however, that using the web for collaborative learning is not without challenges. Students will benefit from clear task definitions, guidelines for collaborative work, procedures to deal with conflict resolution, and criteria for individual and group assessment. In this respect, the general literature on collaborative learning applies just as strongly to online as to face-to-face teaching.

  7. Open educational resources (OERs) facilitate both quality and cost-effectiveness.

    The increasing availability of free and open educational resources not only offers huge potential to dramatically extend post-secondary access to credit and non-credit programs in a cost-efficient manner, but it allows the instructor to select the very best quality of teaching materials from all over the world. OER can facilitate many different applications, with choices available from loose collections of learning materials (OER Africa) and carefully designed courses (Carnegie Mellon’sOpen Learning Initiative) through collaborative degree programs across institutions (OERu) to massive open online courses (MOOCs). A useful discussion of these different applications can be found here.

  8. Evaluation is important to innovation

    Evaluation to improve performance is part of all good teaching, but is particularly important for online teaching where new tools and approaches are still rapidly developing. At a basic level, the quality of online learning can be measured by comparing quantitative indicators such as completion rates and measures of learning such as grades obtained compared to those of students in face-to-face classes. In addition, it is critical to evaluate whether more skill-related learning outcomes such as information literacy, online collaboration, or communication skills can be achieved through learning activities that exploit the capacity of particular technology tools. The best way to continue to improve and innovate is through a systematic analysis of experience and outcomes. Bates provides a helpful overview of evaluation of online courses for faculty in thisblog post.

Research questions you might wish to pursue.

As a faculty member teaching online, you play an important role in building knowledge about this field through evaluating and innovating in your practice. If you decide that you would like to go beyond evaluation to pursue research into online teaching and learning, Bates’ 2007 paper, Map of Research into E-Learning, is a good starting point. In it, he provides research questions, appropriate methodologies, references for related studies, potential partners, and possible outputs.

Of particular interest to faculty members are the topics listed under his section on Teaching and Learning, including methods of course design, quality assurance, the relationship among pedagogy, various technologies and skill development, how to combine synchronous and asynchronous teaching, and the impact of online learning on learners.

Bates’ paper is a rich resource for researchers into online learning. Even if you do not pursue research in any of these areas, you may find it useful simply to review the questions in developing your own approach to online learning and conducting systematic evaluation of your work.

Understanding the Building Blocks of Online Learning: Part 7

Costing Considerations for Hybrid and Online Courses

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month. A Contact North |Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.

This series was researched and developed by Contact North | Contact Nord Research Associates,
Dr. Jane Brindley and Dr. Ross Paul.

Much of Tony Bates’ work has been about how to increase access to learning by leveraging technology while still achieving the highest quality of education. According to Bates, online learning offers unprecedented opportunities to offer courses and programs to large groups of learners with relative cost-efficiency. However, he notes that teaching with technology is not necessarily cheaper than face-to-face instruction if technology is merely added on to the existing model without careful attention to course design.

In his analysis, Bates makes a useful distinction between cost reduction and cost-effectiveness. In fact, the introduction of new technologies is apt to add costs, at least in the short term. In addition to investment in infrastructure (networks, computers, and technical support staff), the steep learning curve for everyone adds both time and cost. Technology is also changing rapidly and so infrastructure investments are constant.

However, while he concludes that technology is unlikely to reduce absolute costs, it can improve cost-effectiveness in the organization in several ways, by

  • Enabling institutions to reach out to more and different students;
  • Using technology to reduce or eliminate some activities currently carried out by instructors, freeing faculty time for more productive use;
  • Using technology to improve the quality of learning, either by facilitating new skills and learning outcomes or by enabling students to achieve existing learning goals more easily, quickly and/or thoroughly.

Bates stresses that such cost-effectiveness requires radical changes in teaching methods and organization. He offers thoughtful advice on how to determine the relative costs of adopting technologies for hybrid and fully online courses, focusing on academic cost factors (planning, development and design, faculty and staff training, delivery, maintenance and overheads), as well as more institutionally-based concerns (infrastructure, administration).

Bates reminds us that costing exercises depend on certain assumptions always open to challenge. You may find the following lessons from his experience useful as you adapt new technologies within your own context and institutional culture. Although many of the costing factors are outside your immediate control, a wider understanding of what Bates offers as institutional, as well as faculty-related, cost-related guidelines may be useful to your planning.

Key Cost Factors

Because online learning requires new approaches to teaching and learning, and consequent changes in organizational structures, there are significant costing implications. Bates has found that faculty members have 2 particular cost-related concerns – the management of your time and your need to justify the investment through positive results. While new technologies may incur software, hardware and copyright costs, for example, the most expensive investment in post-secondary teaching is usually faculty salaries. This places a premium on how you use your time, notably for instructional development and course delivery.

1)      Instructional Development

Planning and developing online components, courses or programs are complex and time consuming activities. As a faculty member, your upfront time investment will likely be high, although it will be less if your institution provides a support team of instructional and web designers. Once you become more familiar with this mode of teaching, you will be more efficient in subsequent development projects and, once an online course has been well established, you will only have to monitor it for effective achievement of learning outcomes and currency of the materials, and make the appropriate periodic revisions. Hence, for a given course, your time investment in its development should be significantly less in subsequent years.

2)      Course Delivery

The comparative costs of online and face-to-face teaching differ fundamentally in the ratio of fixed to variable costs. To retain quality in the latter case, you have to add more teachers as enrolments grow or class sizes will escalate and quality may be compromised. For online teaching, if courses are well-designed, they can serve many more students with relatively small cost increases.

For Bates, the quality of course design is a key to controlling costs. The nature and amount of teacher-student interaction is designed into the course, facilitating planning of teaching workload. Online learning facilitates a variety of pedagogical approaches, which help reduce instructor time, including independent learning, peer-to-peer interaction, and using adjuncts or teaching assistants effectively. Once established, a course can provide a high-quality active learning experience that becomes increasingly cost-efficient over time because more enrolments can be added without comparable cost increases.

Bates offers some guidelines for optimum class sizes for face-to-face, hybrid and fully online courses, but cautions that these depend very much upon the amount of interaction built into the course. An online course that manages teacher-student interaction well for example, with the use of group projects, peer critique, and learning materials that provide feedback and self-assessment tests can be offered to 100 or more students with relatively low delivery costs. On the other hand, Bates estimates that online courses are less cost-efficient than face-to-face instruction for enrolments under 20 students.

A Business Plan Approach

Bates strongly promotes developing a business plan that takes full account of the 10 key cost factors in online learning development including the allocation of faculty and staff time. Bates and Sangrà offer the following components, many at the level of institutional control, of such an approach:

1.      Track time investment.

Given that instructor time is the key costing variable, it makes sense that faculty members track how their time is used in teaching – for course development and design, selecting appropriate technologies, changing the ways work is done with students and managing the whole process with institutional colleagues.

2.      Change how costs are tracked.

As the use of technology-based teaching expands, take an activity-based approach to costing, allocating all direct expenses and the associated revenues to program accounting, allocating each instructor’s time and proportional salaries to all aspects of course development and delivery. Bates and Sangrà argue that only in this way can the true costs of online learning be fairly compared with those of face-to-face teaching. 

3.      Be clear on issues of compensation for technology-based teaching.

A lot of technology-based teaching may be developed at the expense of other activities, meaning that faculty members require release time or at least formal recognition that other priorities may be compromised in the short-run (research, community service, other teaching) until online materials are identified and integrated into courses.

4.      Link costs to benefits.

Investing in technology may enhance the teaching of a particular course, but increase its net costs, at least in the short term. To truly assess cost-effectiveness, you must be clear about the associated benefits. Are your students more actively engaged? Are they more successfully achieving the desired learning outcomes? Are there cost-efficiencies in the long run? The results will help you and the institution determine the value of such continuing investments.

5.      Develop business plans for programs.

Bates advocates activity-based business plans to achieve the above steps. This involves costing all the investments of faculty and other staff time in developing and delivering courses, including planning, maintenance and overheads. We have not traditionally done this for classroom teaching and so there is understandable resistance to it for online approaches. However, the increasing interest in online learning, combined with tighter fiscal regimes in almost all colleges and universities, strongly suggest the merits of an activity-based approach to costing, budgeting both time and money for maximum learner success.As a concrete example, Bates recounts the University of British Columbia’s approach to costing its 12-course Masters of Educational Technology program, designed to be delivered completely through online learning. 

In a detailed analysis, he shows how the initial costs were significant, but fully recouped by the end of 7 years. After that, a significant profit could be realized although some of the surplus revenues should be re-invested in the program to ensure its continuing quality and up-to-date contents.

While you can achieve much on your own time for 1 or 2 courses, you need increasing institutional support to sustain your involvement. Bates advocates a project management approach that brings you together with a team of support professionals, such as instructional designers and web programmers. This model, long employed in distance education, makes more efficient use of your time as subject matter expert while other professionals share the course development workload. This carries over to course delivery where you have tutor support in helping students navigate through the materials and develop their independent learning skills.

Ultimately, your investment in online learning, notwithstanding its relatively high development costs, will pay off to the extent that it extends accessibility, enhances or at least matches the quality of learning outcomes of face-to-face teaching, and is more cost-efficient in the long-term because of reduced delivery costs per student.

A more detailed assessment of the factors influencing the costs of online learning and the various categories of costs is provided by Bates in this document prepared for Contact North | Contact Nord.

Understanding the Building Blocks of Online Learning: Part 8

Institutional and Faculty Roles in Strategic Planning

Through the writings and research of pre-eminent online learning expert, Dr. Tony Bates

For almost 50 years, Tony Bates has been a consistent, persistent and influential voice for the reform of teaching and learning in post-secondary education, notably through the effective use of emerging technologies. Author of 11 books and 350 research papers in the field of online learning and distance education, Tony Bates is also an advisor to over 40 organizations in 25 countries, and publisher of what is arguably the most influential blog on online learning with over 20,000 visits a month. A Contact North |Contact Nord Research Associate, Dr. Bates has helped educators, academic administrators and policy makers grasp key concepts, trends and challenges in online learning. This posting is one of a series that looks at Tony’s perspectives and advice on key issues in online learning.

This series was researched and developed by Contact North | Contact Nord Research Associates,
Dr. Jane Brindley and Dr. Ross Paul.

Tony Bates describes a key “aha” moment in his career when he realized the critical importance of planning and good management for the effective use of technology in education, especially in the academic sector. From that moment forward, he became an advocate for a much stronger faculty role in strategic planning for online learning.

Consider your own interest in and experience with educational technology. Have you used online learning in your teaching? If so, are your efforts paying off in terms of knowledge and skills acquisition by your students? Are your interests and understanding consistent with those of your colleagues? Is your involvement encouraged and supported in your department and institution? Have you been able to develop your own knowledge of, and skills, in blended or online learning? How does online learning fit your approach to teaching and learning?

These are the sorts of questions that Bates suggests you consider in support of a strategic approach to planning for online courses and programs. It soon becomes evident that a crucial component of your success in online learning is the degree of congruence between your values and approaches and those of the institution.

The Stages of Development of Online Learning

According to Bates, the introduction of online learning in an institution follows a fairly standard pattern of 5 distinct stages:

  1. Lone Rangers: These are the early adopters who take their own initiative, often without immediate or direct support from the institution.
  2. Encouragement: The efforts of these early adopters attract some interest and support from senior administrators through small grants or reduced teaching loads.
  3. Chaos: As a growing number of instructors embrace online learning, the administration starts to worry about quality, duplication of effort, lack of technical standards and, above all, the costs of scaling up to large numbers of classes and instructors.
  4. Planning: It is recognized that priorities need to be set, common technical standards established, technical and design support and training for faculty developed, and cost-effective ways of developing online learning established so that budget and instructor workload can be controlled.
  5. Sustainability: The institution has established a stable system of online learning that is cost-effective and scalable. Few institutions have reached this stage.

The Central Role of Planning

Central to the work of Bates is using planning as the key to reaching the final stage of sustainability. He observes that moving an institution to the appropriate use of learning technologies is more about human change than technical decisions. It requires patience and long-term strategies, which may explain his findings that few institutions have institutional plans for learning technologies. He believes that institutional leaders are too cautious and choose to enhance traditional classroom instruction, an approach that tends to add costs without measurable learning benefits, instead of transforming the way teaching is designed and delivered.

The decision to integrate technology within the operations of an institution is a strategic one because it requires substantial investment and significant organizational change. Bates makes a compelling case for strategic planning, noting that it is increasingly important not just to integrate technology, but to exploit fully its potential for innovation, improved learning outcomes and more efficient resource deployment. Because technology changes so rapidly, such planning must be continuous. He has observed the following problems in institutions that have not planned well for its introduction:

  • The lack of a clear rationale for technology use
  • A concern about the quality of online learning
  • Duplication of effort and concomitant cost increases
  • Unanticipated increases in faculty and student workloads
  • A growing disillusionment with the promise of technology

Components of a Strategic Plan for Online Learning

As an antidote to such concerns, Bates recommends a well-structured strategic plan for online learning that addresses the following elements, among others:

  • Rationale for its use
  • Student target groups
  • Academic level
  • Course content
  • Learning outcomes
  • Teaching approaches
  • Student assessment and program evaluation
  • Choice and use of technologies
  • Program team
  • Program administration, including associated business plans
  • Financial plan, including fees and resources needed
  • Risk management

Bates offers more detail on this approach, as well as a case study on strategic planning in his description of the work that he did for the Southern Alberta Institute of Technology.

In their case studies of 11 post-secondary institutions, Bates and Sangrà found that technology integration was highest where it was prominent in an overall strategic plan, especially if accompanied by specific plans for online learning. However, where institutions had online learning plans not embedded in a larger strategic plan, they ran into conflicts later, notably in ensuring sufficient funding to make it effective. Where technology integration was lowest, none of the institutions had any formal strategic plan.

Strategic Planning – Where do you fit in?

Obviously, your institution’s commitment to, and support for, online learning will be a major factor in your own success with it. Nevertheless, Bates starts with the importance of faculty attitudes, their concerns for autonomy and academic freedom, and the organizational culture within which they work.

Just as online learning will be more effective in an institution that takes a strategic approach to planning, Bates encourages a similar approach by individual faculty members. Before embarking on the development of online materials, you need to consider carefully their relationship to your preferred mode of teaching and the readiness of your students. Ideally, your own planning will be supported by and in sync with that of your institution.

From Bates’ extensive work on online learning, we can extrapolate the following key planning issues for your consideration. In the ideal case, the impetus will be taken by your academic department or, at least, in collaboration with key colleagues, but the following planning parameters apply even if you are embarking alone. Each piece of the plan should be carefully considered before you undertake any online project:

  1. Develop a clear vision and rationale for why you are developing online materials, courses and/or programs. This will involve a re-thinking of the curriculum and how best it can be taught. The presumed outcome is an array of courses offered in the mode (face-to-face, hybrid, fully online) most appropriate to the learning outcomes you establish.
  2. Recognize that moving from face-to-face to online teaching will require significant changes in your approaches. Do everything you can to ensure congruity between the mode of course development and delivery and your core values about teaching and learning.
  3. Take full account of the costs associated with initiating online learning, starting with the increased demands on your time and including the implications for technical and other support by your institution.
  4. Use the learning outcomes for each online course as the basis on which you can evaluate its effectiveness and make subsequent revisions. Your investment of additional time for course development will be more easily justified to the extent that you can see demonstrable improvements in student learning outcomes and widened accessibility to your courses.
  5. Take the time to learn about the strengths and weaknesses of different technologies in their application to teaching and learning.
  6. Recognizing the typical evolution of online learning in an institution described by Bates (above), work with your colleagues to develop a strong planning ethos that recognizes the interdependence of all variables and that moves you toward a project management approach to ensure course and program sustainability.

Faculty Development is an Important Part of Planning

Bates believes that, for most instructors, faculty development should not be treated as a separate, independent activity, but be embedded in a broad range of team-based strategies that support the collaborative development of effective online learning.

Bates has found best practice in faculty development for online learning is embedded in a strong instructional technology plan for the institution. From this perspective, your institution’s organizational culture makes a considerable difference to your approach to online learning. As part of planning for teaching with technology, it is important to consider your professional development needs and reasonable to look to your institution for assistance in this regard.

In summary, recognizing the pedagogical and institutional changes necessary for effective online learning, Bates has developed a strong case for the importance of effective coordination and planning, not only by the institution, but also by faculty members individually and in groups. Whatever your institution’s stage of development with technology integration, a thoughtful, planned approach to teaching and learning in conjunction with your colleagues can pay rich dividends for both you and your students.



If you are fairly new to online teaching, you might want to read the series of 10 posts on Quality Online Learning on Tony’s Blog, which cover designing, teaching, and evaluating online courses in some detail. If you start with the last one, you will find links to all the previous ones. A condensed version covering all the main posts in the series can be found here. Experienced instructors might be interested in reading Designing online learning for the 21st century.

Whether new or experienced, you will find much value in reviewing How to Prepare and Moderate Online Discussions for Online Learning for a more detailed discussion of best practices.

Bates, A.W. (2004). The Promise and Myths of E-Learning in Post-Secondary Education. in Castells, M. (ed.) The Network Society: A Cross-Cultural Perspective. Cheltenham, UK/Northampton, MA: Edward Elgar.

Bates, A.W. (2005). Technology, e-learning and distance education. (2nd ed). London, UK/New York, NY: Routledge.

Bates, A.W. and Poole, Gary. (2003). Effective Teaching with Technology in Higher Education. San Francisco: Jossey-Bass, John Wiley and Sons.



50 Must-Read Higher Education Technology Blogs-2013

The best blogs on MOOCs, cloud computing, mobile learning, social media, digital pedagogy and more.

At EdTech, we strive to create the most valuable resources for higher education technology professionals. One of the ways we do that is by highlighting the smartest and most innovative education tech bloggers on the web. Last spring, we released the first annual Dean’s List, a collection of 50 of the top higher education tech blogs on the Internet. That list was selected by our editors, and while it is a great resource, it lacked input from the community. This year, things are different.

We asked readers to submit their favorite blogs and vote on the submissions. We we’re overwhelmed by the response. Crowdsourcing is a fantastic way to collect information, and now we are ready to share the results. We are thrilled to present the 2013 Dean’s List. It represents contributions from professors, administrators, ed-tech startups and independent thought leaders.

Congratulations to all of the bloggers on the list. You can grab a badge to embed on your site here.

If you think we missed a great blog, don’t hesitate to let us know in the Comments section.

UPDATE: An OPML file is available here.



Every college is compelled to use the Internet to engage current students, entice prospective students and involve alumni. In the rapidly changing world of web marketing, resources are needed for the unique challenges that colleges face online. Founder Kyle James and his team of seven experts — several of whom are currently involved in communications for various universities — tackle marketing, social media and web development.

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Alan Levine Barks Here

Alan Levine Barks Here

Alan Levine launched his first website in 1993 while working for Maricopa Community College in Arizona. In the last 20 years, he has served as the vice president of community and the CTO at the New Media Consortium and has written thousands of blog posts — 400 in 2012 alone — on web development and disruptive educational technology.

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Beestar Blog

Beestar Blog

This blog is run by the team at Beestar, a technology outfit that builds real-time location systems and learning analytics software. The team’s unique view of Big Data, and the tools used to analyze it, makes their blog an interesting mixture of technology and education. If you want a glimpse into the future of education, start here.

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Bryan Alexander

Bryan Alexander

A senior fellow at the National Institute for Technology in Liberal Education, Alexander “researches, writes, and speaks about emerging trends in the integration of inquiry, pedagogy, and technology and their potential application to liberal arts contexts.” His blog is the synthesis of his work in education and technology, with posts on everything from gamification to a vocabulary database that can predict the future.

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Changing Higher Education

Changing Higher Education

Lloyd Armstrong, a professor and provost emeritus at the University of Southern California, writes about the “future of research universities, with special emphasis on the effects of globalization.” His posts are thoughtful and articulate and focus on technology, economics, politics, demographics and religion.

Read the blog: Changing Higher Education

College Web Editor

College Web Editor

Karine Joly’s blog covers everything you need to know about responsive web design, social media and communications for higher education professionals. In addition to publishing this blog, Joly is the founder and executive director of Higher Ed Experts and an adjunct professor in the social media marketing MBA program at Southern New Hampshire University. Learn more about Karine Joly in our 2012 interview.

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Run by Sidneyeve Matrix, an associate professor of media at Queen’s University in Canada, Cyberpop is a collection of resources about new media and education. This excellent blog was also on our 2012 list. An example of her work can be found in a recent post, Blended, Online and Mobile Technology in Higher Ed.

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Daily Edventures

Daily Edventures

This blog is published by Anthony Salcito, vice president of education at Microsoft. It’s designed to inspire educators around the world, and it delivers. The blog breaks down technology and policy in classrooms around the world, ponders ways to make education more accessible and encourages readers to submit the names of educators who have been inspirational.

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Dave Olsen

Dave Olsen

Dave Olsen is a programmer at West Virginia University who focuses on mobile technology. Sure, you can find him on Twitter, but you can also follow him on GitHub, the code-sharing social-networking site for developers and programmers. Tech types will appreciate his posts on command-line interfaces and his archive of presentations on mobile strategy in higher ed.

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Digital: How Technology Is Changing Education

How Technology is Changing Education

How is digital technology changing the way universities deliver education? There is no simple answer to that question, which is exactly why the people behind The Hechinger Report weigh in on the issue several times a week. A perfect example of the excellent insight offered can be found in a recent blog post, Is online learning only for STEM?

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Doug – Off the Record

Doug - Off The Record

In addition to being a prolific blogger, Doug Peterson is a sessional instructor at the Faculty of Education at the University of Windsor in Canada. He has been blogging on education and technology, often twice daily, since 2008 and has conducted several interviews with inspirational figures in education.

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Duke Center for Instructional Technology

Duke Center Instructional Technology

If you want education information straight from the horse’s mouth, particularly about MOOCs, this blog from the Duke Center for Instructional Technology is a can’t-miss resource. Contributions from 13 Duke staff members make the blog an essential read for any educator.

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Michael Feldstein’s blog features a distinguished network of experts who cover instructional design, MOOCs and open learning tools. Frequent contributions from Phil Hill, educational technology consultant; Jim Farmer, former CIO for the California State Universities; and a number of other education authorities will ensure that this blog remains a valuable resource for years to come.

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edCetera: Straight Talk on Ed Tech

Edcetera: Straight Talk on EdTech

Technology has a wide reach on college campuses, affecting professors, students, administrators and even bookstores. Although Rafter sponsors this site, it’s far from a corporate blog. Some posts offer real insight into consumer and enterprise technology, while other posts examine the leadership skills that will help colleges stay relevant in these changing times.

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Education News

Education News

This is one of the premier education publications on the web today. Education News provides news and insight from education experts who follow the policy developments that govern higher education and funding. The blog’s feature on the higher education “bubble” sparked conversation all over the web and is a great example of the staff’s Web 2.0 approach to content.

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EDUCAUSE is the foremost authority on higher education IT. This nonprofit association drives real change, connects IT professionals around the country and hosts one of the best higher education conferences of the year. Their staff blogs frequently on everything from pedagogy to cybersecurity.

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Edudemic covers both K–12 and higher education and has emerged as a popular source of technology tools, guides and resources for any educator. As editors Jeff Dunn and Katie Lepi note, “Edudemic exists and flourishes because there is a need to enable resource discovery among educators around the world.” With 1,000,000 monthly site visitors to prove it, Edudemic truly is a must-read blog.

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This is more than just a blog. The team, led by Kirsten Winkler, hosts three podcasts: EDUKWEST, review:ed and KICKSTART:ED. The shows cover education technology, startups and gadgets and can be downloaded on iTunes or viewed from their extensive library of YouTube videos.

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In addition to running this blog, Kelly Walsh is the CIO at The College of Westchester in White Plains, N.Y. He carefully packages educational technology resources into digestible blog posts. Over the years, Walsh has brought on other writers to keep the valuable information on social media, professional development and course management flowing on a regular basis.

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Eric Stoller

Eric Stoller

Eric Stoller’s professional background speaks for itself. With more than 10 years of experience in student affairs, advising and technology, he has positioned himself as a thought leader in higher education, particularly when it comes to social media. In addition to writing for Inside Higher Ed, Stoller offers up a wealth of information on a wide range of topics on this blog.

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eSchool News

eSchool News

For the last 15 years, eSchool News has covered “education technology in all its aspects—from legislation and litigation, to case studies, to purchasing practices and new products.” You will need to create a free account to access most of the content, but the thoughtful, high-quality articles are valuable resources for educators.

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Faculty eCommons

Faculty eCommons

It’s easy to immerse yourself in the sea of information on this website. Sponsored by Academic Partnerships, Faculty eCommons provides a social community for faculty to discuss best practices for online teaching and learning. Readers are treated to articles that delve into instructional design, gamification and mobile technology.

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Hack Education

Hack Education

Blogger Audrey Watters is one of the foremost thought leaders — or, as she puts it, rabble-rousers — in higher education. The term hacker gets a bad rap because of malicious programmers who are determined to wreak havoc on the web. In contrast, Watters simply embodies the hacker spirit by pushing the bounds of what is achievable in higher education. Read just one post and you will be hooked.

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Mike Richwalsky is the senior director of creative services and e-marketing at John Carroll University in Ohio and is the sole author of the HighEdWebTech blog. Since 2008, Richwalsky has been writing about his experience with web development, cloud computing and web applications. In addition to his posts, be sure to check out Richwalsky’s WordPress themes and plugins.

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Higher Ed Management

Higher Ed Management

This blog, the brainchild of Dr. Keith Hampson, is about strategy in today’s digital environment. The blog is actually an offshoot of the Higher Education Management group on LinkedIn. The group has nearly 50,000 members and only accepts applicants who work or study in higher education. If you meet the criteria, this group is a wise investment of your time. For everyone else, the blog is a great place to read about strategy and tactics.

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Imagine Learning

Imagine Learning

This Tumblr blog is run by Stephen Harris, director and founder of the Sydney Centre for Innovation in Learning. Although the focus is mostly on K–12 pedagogy, the principles set forth, primarily in Harris’ Manifesto for Education Change, make this blog hugely important to the higher education community. K–12 education is evolving along with higher ed, and colleges can take lessons from innovators like Harris.

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Inside Higher Ed Technology Blog

Inside Higher Ed Technology Blog

Every educator and administrator is familiar with the outstanding web publication Inside Higher Ed. Their technology section lives up to the publication’s high standards and consistently delivers timely, noteworthy news about online learning, classroom technology and policy. You will also find vibrant discussions in the Comments section of nearly every article, where readers share their insight into educational technology.

Read the blog: Inside Higher Ed Technology Blog

Jeff Selingo: The New School of Thought for Higher Ed

Jeff Selingo

Jeff Selingo is an editor at large for the Chronicle of Higher Education and a senior fellow at the think tank Education Sector. His blog links to his work on the Chronicle and on LinkedIn, where he is one of a handful of people deemed influential enough to blog on the platform. He often explores philosophical issues, such as Why the College Campus Experience Still Matters and What Is College?

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Kevin Corbett

Kevin Corbett

Kevin Corbett is an online learning program developer with a keen interest in social media, gamification and mobile learning. His active blog collects snippets of education technology news from all corners of the web. His posts are a gateway to an abundance of information, and both his blog and his Twitter feed make it easy to access the latest news related to education technology.

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Learning and Educational Technology in Higher Education

Learning and Educational Tech

Publisher Mark Smithers has deep experience in educational technology, online learning and web strategy. His posts regularly challenge the status quo; one of his most popular posts, Is lecture capture the worst educational technology?, generated enormous discussion in the education community. Keep an eye on this blog for information on e-portfolios and open education and a fresh perspective on all things ed tech.

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Learning Confluence

Learning Confluence

While many educators are thinking about flipping their classrooms, Julie Lindsay recommends flattening them. The flat-classroom idea, according to author Thomas Friedman, promotes “[lowering] the classroom walls so that instead of each class working isolated and alone, 2 or more classes are joined virtually.” The model Lindsay advocates has many implications for professionals in higher education.

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Learning Design and Technology at Maryville University

Learning Design and Technology at Maryvale University

Maryville University in St. Louis, Mo., has created this robust website to provide support and training to educators interested in instructional design. In addition to the regularly updated News section, readers can enjoy an example of an effective, informative website.

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Learning Ecosystems

Learning Ecosystems

Daniel Christian is a senior instructional designer at Calvin College in Grand Rapids, Mich. He curates technology, pedagogy and education news from around the web and adds his reflections in his posts. Topics vary, but you will find plenty of information on MOOCs, libraries, mobile learning and cloud computing.

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Maryland Institute for Technology in the Humanities

Maryland Institute for Technology in the Humanities

Situated on the University of Maryland campus, MITH is a digital humanities center that “specializes in text and image analytics for cultural heritage collections, data curation, digital preservation, linked data applications, and data publishing.” In addition to a blog, MITH’s site features thought-provoking weekly podcasts, such as Finding Values Levers: Building Ethics into Emerging Technologies.

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Mike Bohlmann

Mike Bohlmann

The University of Illinois created the service to give students and faculty of the school’s College of Media a place to create microsites. IT director Mike Bohlmann uses his microsite to discuss his thoughts on technology and IT leadership. You will find posts on a wide range of topics, from technology to meditation.

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Mistaken Goal: Where Higher Education & Technology Meet

Mistaken Goal: Where Higher Education & Technology Meet

Blogger Kevin Guidry is a senior research analyst in the Center for Teaching & Assessment of Learning (CTAL) at the University of Delaware. He gives a firsthand account of his experience as a MOOC student and investigates the junction of student affairs and technology. This blog serves up an abundance of information and promises to be a must-read for years to come.

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The mStoner team has been pioneering new media strategies for higher education institutions for more than 10 years. This blog is loaded with information for education web strategists. If you get the title of this post — 50 Shades of #CCCCCC — you will love this blog.

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Chris Clark, assistant director of the Kaneb Center for Teaching and Learning on the campus of the University of Notre Dame in Indiana, publishes the NspiredD² blog to inspire faculty and students. Clark explores both sides of the learning paradigm. If you are overwhelmed by all of the valuable information, skip to the top posts.

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On the Go with Ed Cabellon

Ed Cabellon

Most higher education professionals are familiar with Cabellon’s blog. A 2012 must-read blogger, Cabellon is the director of the Campus Center at Bridgewater State University in Massachussetts and, with his take on social media has distinguished himself as a thought leader in the education community.

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Open Thinking

Open Thinking

Dr. Alec Couros is a professor of educational technology and media at the Faculty of Education at the University of Regina in Canada. His blog posts, which focus on digital pedagogy, aren’t frequent, because his real web home is Twitter. Also check out this library of his presentations.

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Perry Hewitt

Perry Hewitt (Harvard's CDO)

Perry Hewitt is the chief digital officer at Harvard University, and one of only a few female CDOs in the United States. Hewitt and her team are working on a comprehensive strategy to meet needs in communications, engagement and transaction and are exploring the ways in which organizations are transformed through and for their digital constituencies.

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Ray Schroeder

Ray Schroeder

Ray Schroeder is the associate vice chancellor for online learning at the University of Illinois Springfield Online and the director of the university’s Center for Online Learning Research and Service. In 1997, he founded the U of I Online and initiated the university’s online program, which now hosts more than two-dozen online degree and certificate programs.

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Some Guy Named Rae…

Some Guy Named Rae...

Raechelle Clemmons, CIO at St. Norbert College in De Pere, Wis., took a nontraditional route to her current position, having started her career in retail sales management before moving to business-to-business marketing. She later joined a Silicon Valley startup and in 2004 made the leap to higher education. She shares her love of technology and offers actionable advice for organizations looking to leverage technology.

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Stephen’s Web

Stephen's Web

Stephen Downes works for the National Research Council of Canada, where he specializes in the fields of online learning, new media, pedagogy and philosophy. He writes prolifically about online learning and the connectivist learning theory. Downes describes “Stephen’s Web,” founded in 1995, as “a digital research laboratory for innovation in the use of online media in education.”

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Student Affairs & Technology Leadership

Student Affairs & Technology Leadership

Joe Sabado, associate director for information systems and software development for the UC Santa Barbara Division of Student Affairs, developed his blog to share his “thoughts on anything student affairs related, including technologies, leadership and management.” He is a proponent of the use of technology in student affairs and writes frequently on the intersection of technology and professional development in higher education.

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TechDean, the blog of Purdue University College of Technology dean Gary Bertoline, presents his perspective on the ever-changing world of technology and the college’s role as a leader in technology innovation and education, and includes his vision for keeping the college at the forefront of the technology landscape.

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Technology Enhanced Learning Blog

Technology Enhanced Learning Blog

David Hopkins, a learning technologist at the University of Leicester in England, started his blog to engage with other educators, facilitators, technicians and designers interested in e-learning, m-learning, simulation-based learning, technology in the classroom, Web 2.0 and more. He writes frequently on developments in theory, pedagogy and approaches related to learning, as well as the evolving role of learning technologists.

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The Higher Ed CIO

The Higher Ed CIO

Jerry Bishop doesn’t write specifically for an IT audience. Rather, Bishop works to offer non-IT readers a glimpse behind the IT curtain, enabling them to become better consumers of internal IT services. His blog also aims to help IT professionals and CIOs shift their roles from being tactically oriented in operations to being strategically focused on transforming their institutions.

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U of Admissions Marketing

U of Admissions Marketing

Jens Larson works in admissions at Eastern Washington University in Cheney, Wash. His blog is focused on sharing digital enrollment techniques and strategies and helping other higher education leaders improve their skills in web analytics and content strategy. The blog presents best practices from other higher education institutions and news on Web 2.0.

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Wired Campus

Wired Campus

Wired Campus, published by the Chronicle of Higher Education, delivers the latest news and developments in technology and education. Compiled by the members of the Chronicle’s reporting and editorial staff, it offers some of the most insightful, current and deeply reported information on higher education technology on the web.

Read the blog: Wired Campushttp:


Free Open Textbook :Adopt-Reuse-Revise-Remix-Redistribute

Find open and free textbooks that may be suitable for use in  college/university courses from the following list. For descriptions of these open textbooks, see listings in MERLOT and OER Commons. Most of the textbooks on this list have Creative Commons (CC) open licenses or GNU-Free Document License. Others are U.S. government documents in the public domain (PD).Many other textbooks are free to view online but are NOT OPEN for reuse and customization. See Copyrighted Digital Textbooks for a list of learning content without open licenses.


Textbooks by Subject

Languages & Communications

The Art of Community (CC-BY-NC-SA) (BoundCopy)
Business Communication for Success* (CC-BY-NC-SA) (BoundCopy)
Communication Skills (custom license)
Communications Skills (BCA) (CC-BY-NC-SA)
Communication Skills for Personal and Professional Development: The Seven Challenges Approach (CC-BY) (BoundCopy)
Communication Theory (CC-BY-SA)
Communications by (CC-BY-SA)
Deutsch im Blick  (CC-BY-NC-ND) BoundCopy
Francais Interactif (CC-BY-NC-ND) (BoundCopy)
French (CC-NC-BY-SA)
From Sound to Meaning: Hearing, Speech and Language (CC-BY-NC-SA)
Giving Presentations (CC-NC-BY-SA)
Hearing (CC-BY-SA)
How to Communicate as a Health Volunteer (CC-BY)
How Language Works (GFDL)
How to Present with Twitter (CC-BY-NC-ND)
Internet for Modern Languages (CC-BY-NC)
Key Skill Assessment: Communication*,1 (CC-BY-NC-SA)
Liberte (CC-BY-NC-SA)
Mandarin Chinese (CC-BY-NC-SA)
Mobile ESL* (CC-BY-NC-SA)
Open Translations (GNU-GPL)
Oral Communications
Spanish (wikibooks) (CC-BY-SA)
Spanish I(CC-BY-SA)
We Are the Media (CC)
American Literature Before 1860 (CC-BY-NC-SA)
Bulfinch’s Mythology (PD) (BoundCopy)
bullet-3 Literature, the Humanities, and Humanity (CC-BY-NC-SA)
Open Milton (CC-BY)
Open Shakespeare (CC-BY)
Outline of American Literature* (PD)
Studies in Classic American Literature by D.H. Lawrence* (PD)
USA Literature in Brief ( * (PD)
An Introduction to Philosophy* (CC-BY-NC-ND)
Computers and Ethics (CC-BY-NC-ND)
Consciousness Studies (Assayer review) (CC-BY-SA)
David Hume (CC-NC-BY-SA)
Formal Logic (CC-BY-SA)
Historical Introduction to Philosophy (CC-BY-SA)
Internet for Philosophy (CC-BY-NC)
Introducing Philosophy (CC-NC-BY-SA)
Introduction to Ethical Studies (GDFL)
Introduction to Formal Logic (CC-BY-SA)
Introduction to Logic (CC-BY) (BoundCopy)
Logic and Proofs (CC-NC-BY-SA)
Medical Ethics (CC-BY-NC-ND)
Philosophy of Religion (CC-BY-NC-ND)
Reading for Philosophical Inquiry: A Brief Introduction to Philosophical Thinking, An Open Source Reader, (GFDL)
Walden by H.D. Thoreau (PD)
Political Science
bullet-3 American Government (CC-BY-NC-ND)
American Government and Politics in the Information Age (CC-BY-NC-SA) Boundcopy
The 9/11 Commission Report (PD)
Basic Political Concepts (CC-BY)
The CIA World Factbook (PD)
Democracy in Brief (PD)
Human Rights in Brief (PD)
Nationalism, Self-determination and Succession (CC-BY-NC-SA)
Political Science by (CC-BY-SA)
The Body: A Phenomenological Psychological Perspective (CC-BY-NC-SA)
Challenging Ideas in Mental Health (CC-BY-NC-SA)
Challenging Ideas in Mental Health (CC-BY-NC-SA)
Cognitive Psychology and Cognitive Neuroscience (CC-BY-SA)
eSource: Behavioral and Social Science Research (PD)
Groups and Teamwork (CC-BY-NC-SA)
Internet for Psychology* (CC-BY-NC)
Introduction to Psychology BoundCopy
Introduction to Psychology Wikibook* (CC-BY-SA) NR
The Making of Individual Differences (CC-BY-NC-SA)
Mental Health, NIMH, NIH (PD)
Mental Health Practice (CC-BY-NC-SA)
Psychology by (CC-BY-SA)
Psychology A Student Friendly Approach *(custom copyright) BoundCopy
The Psychology Of Emotions, Feelings and Thoughts* (CC-BY) NR
Psychology in the 21st Century* (CC-NC-BY-SA)
Social Psychology Wikibook (CC-BY-SA)
Starting with Psychology* (CC-BY-NC-SA)
Systems Thinking and Practice (CC-BY-NC-SA)


A History of the United States, Vol. 2 (CC-BY-NC-SA) (BoundCopy)
A Short Introduction to Japanese History(Shotoku) (Custom)
About America: Women of Influence (PD)
Academic American History (CC-BY-NC-ND) Adopted
The Berlin Wall 20 Years After (PD) (BoundCopy)
A Comprehensive Outline of World History 1 (CC-BY) (BoundCopy)
The French Revolution (CC-BY-NC-SA) (BoundCopy)
History by (CC-BY-SA)
bullet-3 History in the Making: A History of the People of the United States of America to 1877 (CC-BY-SA) (BoundCopy)
History of Western Art and Civilization (CC-BY) (BoundCopy)
The Holocaust (CC-BY-NC-SA)
Internet for History* (CC-BY-NC)
Our Documents Teacher Sourcebook (PD)
Outline of U.S. History *1 (PD) Adopted
Stories of the Underground Railroad (PD)
Teaching with Documents (PD)
U.S. History (CC-BY-SA)
US History since 1877(CC-BY) (BoundCopy)


Alternative Microeconomics/Basic Microeconomics** (CC-BY)
Econometrics(custom copyright)
Economics by (CC-BY-SA)
Financial Analysis(CC-BY-NC-SA)
Historical Beginnings The Federal Reserve(PD)
Industrial Organization: A Contract Based Approach (CC-BY-NC)
International Economics: Theory and Policy by Steve Suranovic (CC-BY-NC-SA) BoundCopy
International Finance: Theory and Policy by Steve Suranovic (CC-BY-NC-SA) BoundCopy
International Trade: Theory and Policy by Steve Suranovic (CC-BY-NC-SA) BoundCopy
Internet for Economics(CC-BY-NC)
Introduction to Economic Analysis(CC-BY-NC-SA) BoundCopy
The Joy of Economics(custom copyright)
Living Economics(CC-BY-SA)
Microeconomics: Theory Through Applications(CC-BY-NC-SA)
Money and Banking(CC-BY-NC-SA) BoundCopy
Money and Banking v1.1 by Robert E. Wright and Vincenzo Quadrini (CC-BY-NC-SA) BoundCopy
New Rules for the New Economy (CC-BY) BoundCopy
Outline of the U.S. Economy(PD)
Political Economy(CC-BY-SA)
Principles of Economics(CC-BY-NC-SA) BoundCopy
Principles of Economics v1.1   (CC-BY-NC-SA) BoundCopy
Principles of Macroeconomics* (CC-BY-NC-SA) BoundCopy
Principles of Macroeconomics v1.1 by Libby Rittenberg and Timothy Tregerthen (CC-BY-NC-SA) BoundCopy
Principles of Microeconomics* (CC-BY-NC-SA) BoundCopy
Project Based Economics (CC-BY-SA)
Quantum Microeconomics (CC-BY-NC)
Upsetting the Offset: The Political Economy of Carbon Markets(CC-BY-NC-ND) NEW!
U.S. Economy in Brief (PD)
U.S. Monetary Policy (PD)
The Wealth of Networks:How Social Production Transforms Markets and Freedom (CC-BY-NC-SA) BoundCopy
English & Composition
A Celebration of Women Writers (PD)
Clear Simple: Developing Effective Print Materials for Low-Literate Readers (PD)
College Writing (CC-BY-NC-ND)
Electronic Literature Collection (CC-BY-NC-ND)
Exploring Perspectives: A Concise Guide to Analysis(CC-BY-NC-SA) BoundCopy
The Flat World Knowledge Handbook by Miles McCrimmon (BoundCopy)
Journalism 2.0 (CC-BY-NC-ND)
Methods of Discovery: A Guide to Research Writing* (CC-BY-NC-SA)
The Process of Research Writing(CC-BY-NC-SA)
Rhetoric and Composition* (CC-BY-SA)
Start Writing Fiction (CC-NC-BY-SA)
Style for Students Online: Effective Technical Writing in the Information Age* (CC-BY-NC-SA)
Technical Report Writing (PD)
Three Modules on Clear Writing Style: An Introduction to The Craft of Argument*(CC-BY) (BoundCopy)
University of North Carolina College Writing (CC-BY-NC-ND)
Writing by (CC-BY-SA)
Writing Commons (CC-BY-NC-ND)
Writing for Success by Scott McLean (BoundCopy)
Writing Skills for Business English*(custom)
Writing Spaces: Readings on Writing, Volume 1 *(CC-BY-NC-ND) (BoundCopy)
Writing Spaces: Readings on Writing, Volume 2 *(CC-BY-NC-ND) (BoundCopy)
The Art of Community (CC-BY-NC-SA) BoundCopy
Democracy in America by Alexis de Tocqueville (PD)
eSource: Behavioral and Social Science Research (PD)
Internet for Sociology (CC-BY-NC)
Introduction to Social Network Methods (custom license)
Introducing Social Work Practice (CC-BY-NC-SA)
Introduction to Sociology* (wikibook)(CC-BY-SA)
Introduction to Sociology (CC-BY) BoundCopy
Introductory Sociology (CC-BY) Adopted BoundCopy
Intro to Sociology* (CC-BY) Adopted (See video of endorsement)
Living in a Globalised World (CC-BY-NC-SA)
The Meaning of Crime (CC-BY-NC-SA)
Minority Studies: A Brief Sociological Text (CC-BY) BoundCopy
Negation: Essays in Critical Thinking (CC-BY-NC-ND)
The Social in Social Science (CC-BY-NC-SA)
Reading Evidence *(CC-BY-NC-SA)
Social Problems: Who Makes Them? (CC-BY-NC-SA)
Sociology by (CC-BY-SA)
Sociology of the Family (CC-BY)
Sociology: Understanding and Changing the Social World, Brief Ed. (CC-BY-NC-SA) BoundCopy
Sociology: Understanding and Changing the Social World, Comprehensive Ed. (CC-BY-NC-SA) BoundCopy
The Theory of the Leisure Class by Thorstein Veblen (PD)
Accounting I* (CC-NC-BY-SA)
Accounting II* (CC-NC-BY-SA)
Accounting by (CC-BY-SA)
Accounting Principles: A Business Perspective (Financial) (CC-BY-NC-ND) BoundCopy
Accounting Principles: A Business Perspective (Managerial) (CC-BY-NC-ND) BoundCopy
Business by (CC-BY-SA)
Business Communication for Success* by Scott McLean (customBoundCopy
Business Ethics* (CC-BY) BoundCopy
Business Fundamentals* (CC-BY) BoundCopy
Communication Skills for Personal and Professional Development: The Seven Challenges Approach (CC-BY)BoundCopy
Core Concepts of Marketing* by John Burnett (CC-BY) BoundCopy
Corporate Finance, 2nd ed (Custom) BoundCopy
Democratizing Innovation* (CC-BY-NC-ND) BoundCopy
Economic Aspects and Business Models of Free Software (GFDL)
Electronic Commerce: The Strategic Perspective (2nd ed.)* (CC-BY) BoundCopy
Ethics and Economy (CC-BY-NC-ND) BoundCopy
eMarketing: The Essential Guide to Online Marketing* (peer reviews also at MERLOT) (CC-BY-SA) BoundCopy
Entrepreneurial Behavior (CC-NC-BY-SA)
Exploring Business* (CC-NC-BY-SA) BoundCopy
Finance by (CC-BY-SA)
GAPPS A Framework for Performance Based Competency Standards (Custom)
Green IS: Building Sustainable Business Practices (CC-BY)
Innovation Happens Elsewhere (CC-NC–BY-SA) BoundCopy
International Business and the Certified Global Business Professional (CC-BY-SA)
Internet for Business and Management (CC-BY-NC)
Launch! Advertising and Promotion in Real Time1 (CC-NC-BY-SA) BoundCopy
Management by (CC-BY-SA)
Management Accounting Concepts and Techniques (BY-NC-SA)
Managing Groups and Teams (CC-BY-SA)
The Market-Led Organisation (CC-BY-NC-SA)
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Organizational Behavior (CC-BY-NC-SA) BoundCopy
Personal Finance (license tbd) BoundCopy
Preparing a Project (CC-BY-NC-SA)
Principles of Entrepreneurship (PD)
The Principles of Management*,1 (CC-BY-NC-SA) BoundCopy
bullet-3 Project Management (CC-BY-SA)
left-bullet Project Management Skills for All Careers – 2nd edition by PM World and TAP-a-PM (CC-BY) BoundCopy
Project Management for Scientists and Engineers (CC-BY) BoundCopy
Project Management from Simple to Complex* (CC-BY) BoundCopy
Remix: Making Art and Commerce Thrive in the Hybrid Economy (CC-BY-NC)
Risk Management for Enterprises and Individuals (CC-BY-NC-SA) BoundCopy
Six Steps to Job Search Success (CC-BY-NC-SA) BoundCopy
Social Marketing (CC-BY-NC-SA)
Sustainability (CC-BY-NC-SA)
Sustainability, Innovation, and Entrepreneurship* (CC-BY-NC-SA)
The Sustainable Business* (license tbd)
The Business Ethics Workshop (CC-BY-NC-SA) BoundCopy
The Legal and Ethical Environment of Business (CC-BY-NC-SA) BoundCopy
Tourism The International Business (CC-BY) BoundCopy
Unleashing the Ideavirus (Assayer review) (Custom) BoundCopy
Value Networks and the true nature of collaboration* (CC-BY-ND)


A Staff Guide to Open Educational Resources (CC-BY-NC-SA)
Access to Knowledge: A Guide for Everyone (CC-BY-SA) (BoundCopy)
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Common Wisdom: Peer Production of Educational Materials* (CC-BY-NC) (BoundCopy)
Comparative Education (CC-BY-SA)
Contemporary Issues in Education (CC-BY-SA)
Copyright for Librarians (CC-BY-SA)
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Curriculum Studies (CC-BY-SA)
Dance Skills (CC-BY-NC-SA)
Developmental Psychology (for Educators) (CC-BY-SA)
bullet-3 Distinction Through Discovery : A Research-Oriented First Year Experience (CC-BY-NC-ND)
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Educational Communication (CC-BY-SA)
Educational Evaluation and Testing (CC-BY-SA)
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Educational Psychology* (CC-BY)
Educational Research (CC-BY-SA)
Essential Microsoft Office 2000 (custom)
Essential Microsoft Office 2003 (custom)
Essential Microsoft Office 2007: Tutorials for Teachers (custom)
Essential Microsoft Office XP (custom)
Emerging Perspectives on Learning, Teaching, and Technology (CC-BY-SA)
Experiencing the Humanities (Custom)
Facilitating Online* (CC-BY-NC-SA)
Handbook of Emerging Technologies for Learning (CC-BY-NC)
History of Education (CC-BY-SA)
How People Learn: Brain, Mind, Experience, School (Custom) (BoundCopy)
ICT Integration in Biology (CC-BY-SA)
ICT Integration in Chemistry (CC-BY-SA)
ICT Integration in Mathematics (CC-BY-SA)
ICT Integration in Physics (CC-BY-SA)
Instructional Design Models (CC-BY-NC-SA)*
Introduction to General Psychology (for Educators) (CC-BY-SA)
Introduction to Guidance and Counseling (for educators) (CC-BY-SA)
Learning Psychology (CC-BY-SA)
Learning Science in Informal Environments: People, Places and Pursuits (Custom) (BoundCopy)
Learning Spaces (Custom)
Managing a School’s Educational Resources (CC-BY-SA)
Media Education: Creativity (CC-BY-NC-SA)
Media Education: Assessment (CC-BY-NC-SA)
Media Education: Metacognition (CC-BY-NC-SA)
Media Education: Integration (CC-BY-NC-SA)
Media Education Kit (CC-BY-NC-SA)
Mobile Learning: Transforming the Delivery of Education and Training (CC-BY-NC-SA) (BoundCopy)
Open Collaboration Encyclopedia (CC-BY-SA) (BoundCopy)
OER Handbook for Educators 1.0 (CC-BY)
Open Educational Content – Introduction and Tutorials (CC-BY-SA)
Open Educational Resources Conversations in Cyberspace (CC-BY-NC-SA)
Philosophy of Education (CC-BY-SA)
Reflective Teaching (CC-BY-SA)
The Art of Reading at University (CC-BY-SA)
The CU Online Handbook (CC-BY-NC-SA)
The Instructional Use of Learning Objects (OPL) (BoundCopy)
The Learning Marketplace: Meaning, Metadata and Content Syndication in the Learning Object Economy (CC-BY-NC-SA)
The Public Domain Enclosing the Commons of the Mind(CC-BY-NC-SA) (BoundCopy)
Social and Cultural Foundations of American Education (CC-BY-SA)
Sociology of Education (CC-BY-SA)
Special Needs Education (CC-BY-SA)
Study and Learning Skills (CC-NC-BY-SA)
Study Skills (CC-BY-NC-SA)
Teaching Methodology (CC-BY-SA)
The Theory and Practice of Online Learning,* 2nd ed. (CC-NC-BY-SA) (BoundCopy)
Training Educators to Design and Develop Open and Distance Learning Materials (CC-BY-SA)
Viral Spiral (CC-BY-NC) (BoundCopy)

Health & Nursing

Active Healthy Lifestyles (CC-NC-BY-SA)
Anatomy and Physiology of Animals   (CC-BY-SA)
The Chemistry of Health (PD)
Child Health (CC-BY-NC-SA)
Communicable Diseases (CC-BY-NC-SA)
Contemporary Health Concerns (CC-BY-SA)
Developing Anaesthesia (CC-BY)
Disaster Management (CC-BY-NC)
Diversity and Difference in Communication (CC-BY-SA)
Drugs, Brains, and Behavior – The Science of Addiction (PD)
Emergency and Risk Management Case Studies (PD)
Epidemiology and Prevention of Vaccine Preventable Disease 10th ed. (PD)
eSource: Behavioral and Social Science Research (PD)
Finding Information in Health and Lifestyle (CC-BY-SA)
First Aid (CC-BY-SA)
Fundamentals of Emergency Management (PD)
Health Education (CC-BY) (BoundCopy)
Health is Everywhere: Unraveling the Mystery of Health (CC-BY-NC-SA)
History of Medicine (PD)
HIV and AIDS (custom copyright)
Human Nutrition (CC-BY-NC-SA)
Infection Prevention (custom copyright)
Integrated Safety, Health and Environmental Management: An Introduction (CC-BY-NC-SA)
Internet for Health and Safety (CC-BY-NC)
Introduction to Personal Hygiene (CC-BY-SA)
Issues in Complementary and Alternative Medicine (CC-BY-NC-SA)
Medical Knowledge Base (BY-NC-SA)
Medicines by Design (PD)
Medicine Transformed: On Access to Health Care (CC-BY-NC-SA)
MedlinePlus (PD)
Moral and Ethical Principles in End of Life Care (CC-BY-NC-SA)
NIH Curriculum Supplement Series (PD)
Nutrition: Proteins (CC-BY-NC-SA)
Obesity: Balanced Diets and Treatment (CC-BY-NC-SA)
Occupational Health (CC-BY-NC-SA)
Public Health (Custom)
Sexuality and Sexual Health (custom copyright)
Sexually Transmitted Infections (custom copyright)
Understanding Cardiovascular Diseases (CC-BY-NC-SA)
Vaccination (CC-BY-NC-SA)


The Basic Elements of Music (CC-BY) (BoundCopy)
Guitar (CC-BY-SA)
Internet for Music* (CC-BY-NC)
Introduction to Music Theory (CC-BY) (BoundCopy)
Musictheory.Net (CC-BY)
Reading Music: Common Notation (CC-BY) (BoundCopy)
Understanding Basic Music Theory (CC-BY) (BoundCopy)


bullet-3 A Computational Introduction to Number Theory and Algebra (CC-BY-ND-NC) (BoundCopy)
Abstract Algebra: Theory and Applications* (GFDL) (BoundCopy)
Advanced Algebra II: Conceptual Explanations1 (CC-BY) (BoundCopy)
Advanced Algebra II: Activities and Homework (CC-BY) (BoundCopy)
A First Course in Linear Algebra* (Assayer review) (GFDL) (BoundCopy)
Algebra by (CC-BY-SA)
Algebra is Vital by Leslie Elizabeth Buck (CC-BY-NC-SA)
Algebra 11 (CC-BY-SA)
Algebra Review (CC-NC)
Analysis by Khalagai (CC-BY-SA)
Applied Discrete Structures by Alan Doerr and Kenneth Levasseur (CC-BY-NC-SA)
Applied Finite Mathematics* (CC-BY)
Basic Algebra1 (CC-BY-SA)
Basic Analysis: Introduction to Real Analysis (CC-BY-NC-SA)
bullet-3 Basic Arithmetic Student Handbook by Dept. of Mathematics, Scottsdale Community College (CC-BY-SA)
Basic Math Textbook for the Community College (CC-BY)
Basic Mathematics by Khalagai(CC-BY-SA)
Basics of Algebra and Analysis for Computer Science (custom license)
Calculus*,1 by Benjamin Crowell (CC-BY-SA) (BoundCopy)
Calculus by Masenge (CC-BY-SA)
Calculus by David Guichard (CC-BY-NC-SA) Adopted
CK-12 Calculus (CC-BY-SA)
CK-12 Geometry (CC-BY-SA)
CK-12 Trigonometry (CC-BY-SA)
Collaborative Statistics*,1 (CC-BY) (See Statistics page for other statistics textbooks) (BoundCopy)
College Algebra 1  (CC-BY-NC-SA) (BoundCopy)
bullet-3 College Trigonometry (CC-BY-NC-SA) (BoundCopy)
Diagrams, Charts and Graphs (CC-BY-NC-SA)
Difference Equations to Differential Equations (CC-BY-NC-SA)
Differential Equations by Ekol (CC-BY-SA)
Dimensions* (geometry) (CC-BY-NC-ND)
Elementary Algebra* (CC-BY) (BoundCopy)
Elementary Algebra by John Redden (CC-BY-NC-SA) (BoundCopy)
Elementary Calculus An Approach Using Infinitesimals (Assayer review) (CC-BY-NC-SA) (BoundCopy)
Elementary Linear Algebra (CC-BY)
The Essential Elementary & Intermediate Algebra by Jon Blakely (CC-BY-NC-SA)
Free College Algebra Textbook* (CC-BY-NC-SA)
Fundamentals of Mathematics* (CC-BY) (BoundCopy)
Gentle Introduction to the Arts of Mathematics (CC-BY-NC-SA)
Geometry (CC-BY-NC-SA)
Geometry by Cherinda (CC-BY-SA)
Intermediate Algebra* by Department of Mathematics, College of the Redwoods (CC-BY-NC-SA)
Intermediate Algebra*1 by Jon Blakely (CC-BY-NC-SA)
bullet-3 Intermediate Algebra Student Workbook by Dept. of Mathematics, Scottsdale Community College (CC-BY-SA)
Intermediate Algebra (CC-BY-NC-SA) (BoundCopy)
An Introduction to Complex Numbers (CC-BY-NC-SA)
Introduction to Matrix Algebra (CC-BY-NC-SA) (BoundCopy)
Introduction To Real Analysis (Custom)
bullet-3 Introductory Algebra Student Handbook by Dept. of Mathematics, Scottsdale Community College (CC-BY-SA)
Linear Algebra (Assayer review) (CC-BY-SA)
bullet-3 Linear Algebra by Cherney, Denton, and Waldron (CC-BY-NC-Sa)
Linear Algebra by Chihaka (CC-BY-SA)
Linear Algebra, Theory and Applications (CC-BY)
Linear Programming by Mtetwa (CC-BY-SA)
Math in a Sustainable Society (CC-BY-NC)
Math in Society (CC-BY-SA) (BoundCopy)
Mathematics (The Free High School Science Texts)1 (GFDL)
Mechanics by Chihaka(CC-BY-SA)
Notes on Diffy Qs: Differential Equations for Engineers (CC-BY-NC-SA)
Number Theory by Cheqe(CC-BY-SA)
A Modern Formal Logic Primer (Custom)
Numbers, Units, and Arithmetic (CC-BY-NC-SA)
Numerical Methods by Masenge(CC-BY-SA)
Numerical Methods with Applications1 (CC-BY-NC-SA) (BoundCopy)
PreAlgebra (College of the Sequoias)(Custom)
Prealgebra Textbook (CC-BY-NC-SA) (BoundCopy)
bullet-3 Precalculus (CC-BY-NC-SA) (BoundCopy Part 1BoundCopy Part 2)
Precalculus: An Investigation of Functions (CC-BY-SA)
Probability and Statistics by Chege (CC-BY-SA)
A Problem Text in Advanced Calculus (CC-BY-NC-SA)
Proofs and Concepts the Fundamentals of Abstract Mathematics (CC-BY-NC-SA)
Open Trigonometry1 (CC-BY-SA)
Ratios, Proportion and Percentages (CC-BY-NC-SA)
Real Functions and Graphs (CC-BY-NC-SA)
Reasonable Algebraic Functions (terse) (GFDL) BoundCopy
Reasonable Algebraic Functions (verbose) (GFDL)
Reasonable Basic Algebra (GFDL) BoundCopy
Reasonable Decimal Arithmetic (GDFL)
Rounding and Estimation (CC-BY-NC-SA)
Squares, Roots and Powers (CC-BY-NC-SA)
Trigonometry (GFDL) (BoundCopy)
Understanding Algebra*,1(CC-BY-NC)
Vector Calculus* (GFDL) (BoundCopy)
Worldwide Differential Calculus 2009 (CC-BY-NC-ND) (BoundCopy)

Statistics & Probability

Causal and Statistical Reasoning (CC-NC-BY-SA)
Concepts and Applications of Inferential Statistics (Custom)
Collaborative Statistics*,1 (CC-BY) Adopted BoundCopy
From Algorithms to Z-Scores: Probabilistic and Statistical Modeling in Computer Science1 (CC-BY-ND)
Getting Started with SPSS (CC-BY-NC-SA)
Introduction to Probability1 (GFDL)
Introduction to Statistical Thought1 (CC-BY-NC-SA)
Introductory Statistics (CC-BY-NC-SA) (BoundCopy)
Introductory Statistics: Concepts, Models, and Applications 1 (CC-BY-NC-SA)
Online Statistics: An Interactive Multimedia Course of Study*,1 (PD)
OpenIntro Statistics (CC-BY-NC-SA 3.0) BoundCopy
Probability and Statistics1 (custom license)
Quantitative Information Analysis III (subset of Collab. Stats) (CC-BY) BoundCopy
Statistics (CC-NC-BY-SA)
Statistics Wikibook1 (CC-BY-SA)

Engineering & Electronics

All About Circuits (DSL) (CC-BY)
Basics of Fluid Mechanics (GDFL)
Chemical Engineering Process Dynamics and Controls (CC-BY)
Communication Systems (CC-BY-SA)
Data Coding Theory (CC-BY-SA)
Discrete Time Signals and Systems (CC-BY-NC-SA) (BoundCopy)
Electronic Circuit Analysis (CC-BY)
Engineering Statics (CC-NC-BY-SA)
A First Course in Electrical and Computer Engineering(CC-BY) (BoundCopy)
Fundamentals of Die Casting Design (GDFL)
Fundamentals of Electrical Engineering I (CC-BY) (BoundCopy)
Fundamentals of Compressible Flow Mechanics (GDFL) (BoundCopy)
Introduction to Physical Electronics (CC-BY) (BoundCopy)
Laboratory Manual for Computer Programming with Python and Multisim (CC-BY-NC-SA)
bullet-3 Laboratory Manual for AC Electrical Circuits (CC-BY-NC-SA)
bullet-3 Laboratory Manual for DC Electrical Circuits (CC-BY-NC-SA)
bullet-3 Laboratory Manual for Linear Electronics (CC-BY-NC-SA)
Lessons in Electric Circuits, Vol I DC* (custom license)
Mechanics of Engineering (custom license)
Project Management for Scientists and Engineers* (CC-BY) (BoundCopy)
Socratic Electronics A Resource for Inquiry-Based Electronics Instruction (CC-BY)


21st Century Physics (CC-BY-SA)
The Age of Einstein (PD)
All About Circuits (DSL)
Atomic Physics (CC-BY-SA)
A Radically Modern Approach to Introductory Physics – Vol 1 (GFDL)
A Radically Modern Approach to Introductory Physics – Vol 2 (GFDL)
Basic Physics (CC-BY-SA)
Calculus-Based Physics(CC-BY-SA)
Chaos: Classical and Quantum (GFDL)
College Physics (CC-BY) BoundCopy
College Physics for Students of Biology and Chemistry (2003) (Custom)    page down to “Online Texts”
Conceptual Physics (CC-BY-SA)
Electricity and Magnetism (CC-BY-SA)
Electricity and Magnetism 2 (CC-BY-SA)
Electronics by Obwoya (CC-BY-SA)
FHSST Physics (CC-BY-SA)
General Relativity (CC-BY-SA)
Geometrical Optics and Physical Optics (CC-BY-SA)
Internet for Physics (CC-BY-NC)
Mathematical Physics I (CC-BY-SA)
Mathematical Physics II (CC-BY-SA)
Mechanics (from Light and Matter) (CC-BY-SA)
Mechanics 1 (CC-BY-SA)
Mechanics II (CC-BY-SA)
Motion Mountain – The Adventure of Physics (CC-BY-NC-ND)
Nuclear Physics (CC-BY-SA)
Open Source Physics (Custom)
People’s Physics Book* adopted (CC-BY-SA)
Physics OLI (CC-BY-NC-SA)
Physics for K-12 (CC-BY)
Physics Light and Matter (CC-BY-SA)
Properties of Matter (CC-BY-SA)
Quantum Mechanics (CC-BY-SA)
Simple Nature (Assayer review) (CC-BY-SA)
Solid State Physics (CC-BY-SA)
Statistical Physics (CC-BY-SA)
The Restless Universe (CC-BY-NC-SA)
Thermal Physics (CC-BY-SA)
Visualizing Electricity and Magnetism (CC-BY)

Biology & Genetics

Animal Diversity (CC-BY-SA)
BioFundamentals: Introductory Molecular Biology (CC-BY-SA-NC)
Biology by (CC-BY-SA)
Cell Biology and Genetics (CC-BY-SA)
CK-12 Biology (CC-BY-SA)
CK-12 Biology I – Honors (CC-BY-NC-SA)
Computing Life (PD)
Diversity of Algae and Plants (CC-BY-SA)
Ecology and Environment (CC-BY-SA)
Encyclopedia of Life (CC-BY-SA)
Evolution Biology (CC-BY-SA)
Genes and Disease (PD)
Help Me Understand Genetics Handbook (PD)
Human Physiology (CC-BY-SA)
Internet for Microbiology (CC-BY-NC)
Inside the Cell – Biology (PD)
Microbiology by (CC-BY-SA)
Microbiology and Mycology (CC-BY-SA)
Modern Biology (CC-NC-BY-SA)
Molecular Biology Lab Manual (CC-BY)
Nucleic Acids and Chromatin (CC-NC-BY-SA)
Online Biology Book (Custom)
Physiology by (CC-BY-SA)
Plant and Animal Physiology (CC-BY-SA)
Rediscovering Biology1 (Custom)
The Brain: Understanding Neurobiology Through the Study of Addiction (Custom)
The New Genetics (PD)
The Structures of Life (PD)
What Do Genes Do? (CC-BY-NC)
What is Biodiversity (CC-BY)
What is the Genome Made of? (CC-BY-NC)


Chem I Virtual Textbook (CC-BY-NC)
Chemical Principles (Custom)
Chemistry (CC-NC-BY-SA)
Chemistry (The Free High School Science Texts) (GFDL)
Chemistry (Curriki) (CC-BY)
Chemistry by (CC-BY-SA)
The Chemistry of Health
ChemPrime (CC-BY-NC-SA)
ChemWiki (CC-BY-NC-SA)
ChemWiki – Biological Chemistry* (CC-BY-NC-SA)
ChemWiki – Analytical Chemistry (CC-BY-NC-SA)
ChemWiki – History of Chemistry (CC-BY-NC-SA)
ChemWiki – Inorganic Chemistry (CC-BY-NC-SA)
ChemWiki – Organic Chemistry (CC-BY-NC-SA)
ChemWiki – Physical Chemistry (CC-BY-NC-SA)
ChemWiki – Theoretical Chemistry (CC-BY-NC-SA)
Collections:Texts:Chemistry (CC-BY-SA-NC)
Concept Development Studies in Chemistry* (CC-BY) BoundCopy
Environmental Chemistry by Tessema (CC-BY-SA)
Getting Started (CC-BY-NC)
Industrial Chemistry (CC-BY-SA)
Inorganic Chemistry by Kowenje (CC-BY-SA)
Internet for Chemistry (CC-BY-NC)
Introductory Chemistry (Custom) BoundCopy
Introductory Chemistry 1 by Shiundu & Yusuf (CC-BY-SA)
Introductory Chemistry 2 by Tessema (CC-BY-SA)
Macromolecules in Biological System(CC-BY-SA)
NIOSH Pocket Guide to Chemical Hazards (PD) BoundCopy
Open Source Chemistry Course (CA Textbook) (CC-BY)
Organic Chemistry by Daley & Daley (ACARR)
Organic Chemistry 1 by Mhehe & Korane (CC-BY-SA)
Organic Chemistry 2 by Mhehe (CC-BY-SA)
Organic Chemistry With a Biological Emphasis, Volume I (CC-BY-NC-SA)
Organic Chemistry With a Biological Emphasis, Volume II (CC-BY-NC-SA)
Solutions Manual for Organic Chemistry With a Biological Emphasis (CC-BY-NC-SA)
Physical Chemistry 1 by Munyaki (CC-BY-SA)
Physical Chemistry 2 by Munyati (CC-BY-SA)
Separation, Electroanalytical and Spectrochemical Techniques (CC-BY-SA)
The Basics of General, Organic, and Biological Chemistry (Custom)
Virtual Textbook of Organic Chemistry (CC-BY-NC-ND)
Volumetric Chemical Analysis (CC-BY-SA)

Computer Science

Accessibility of eLearning (CC-BY-NC-SA)
A Conceptual Guide to 3 (CC-BY-SA)
A College Student’s Guide to Computers in Education (CC-BY-NC)
A Faculty Member’s Guide to Computers in Higher Education (CC-BY-NC)
Advanced Topics in Learning Object Design and Reuse (CC-BY)
AJAX Programming (CC-BY)
Applescript for Absolute Starters (CC-BY)
Basic Computing Using Windows (CC-BY-SA)
Basic Linux Commands (CC-BY)
Basic Skills (CC-BY-NC-ND)
BecomeAnXcoder (CC-BY)
Blown to Bits: Your Life, Liberty, and Happiness After the Digital Explosion* (CC-BY-NC-SA) BoundCopy
Building iPhone Apps with HTML, CSS, and JavaScript (CC-BY-NC-ND)
Building Skills in Object-Oriented  Design (CC-BY-NC-ND)
Building Skills in Programming (CC-BY-NC-ND)
Building Skills in Python (CC-BY-NC-ND)
Business Information Systems: Design an App for That  (custom) BoundCopy
Cascading Style Sheets (CC-BY-SA)
The Cathedral and the Bazaar (Open Publication License)
CGI Programming on the World Wide Web (Assayer review) (CC-BY-NC-SA) BoundCopy
Complete Guide to Google Wave* (CC-BY-SA) BoundCopy
Computer Networking: Principles, Protocols and Practice (CC-BY)
A Conceptual Guide to NeoOffice 2 for Mac OS X (CC-BY-SA)
Database Development Lifecycle (CC-BY-NC-SA)
A Designer’s Log: Case Studies in Instructional Design (CC-BY-NC-ND) click on ebook BoundCopy
Digital Darkroom Fundamentals for Mac OS X (CC-BY-SA)
Designing the User Interface (CC- BY-NC-SA)
Discovering Information Systems: An Exploratory Approach (CC-BY-NC-ND)
Distributed Systems (CC-BY)
Dive into HTML5 (CC-BY) BoundCopy
Dive into Python (GFDL) BoundCopy
Education for an Information Age (custom)
Electronic Commerce: The Strategic Perspective (CC-BY) BoundCopy
Eloquent JavaScript: A modern Intro to Programming (CC-BY) BoundCopy
bullet-3 Encyclopedia of Human-Computer Interaction (CC-BY-ND)
Essential Microsoft Office 2000 (custom)
Essential Microsoft Office 2003 (custom)
Essential Microsoft Office 2007: Tutorials for Teachers (custom)
Essential Microsoft Office XP (custom)
Finding Information in Information Technology and Computing (CC-BY-NC-SA)
Firefox Manual (CC-BY-SA)
Flash Tutorials (CC-BY-NC-SA) BoundCopy
FLOSS Manuals (GNU-GPL) BoundCopy
Free as in Freedom (GFDL) BoundCopy
The Future of the Internet and How to Stop It (CC-BY-NC-SA)
GIS Commons: An Introductory Textbook on Geographic Information Systems (CC-BY-SA)
GNU/Linux Advanced Administration (GFDL)
Graphics and Information Management Systems (CC-BY-SA)
Grokking the Gimp (Assayer review) (Open Publication LicenseBoundCopy
How to Think Like a Computer Scientist: Learning with Python (Assayer review) (GFDL)
HyperText Markup Language (CC)
Information on the Web (CC-BY-NC-SA)
Information System: A Manager’s Guide to Harnessing Technology V1.1 BoundCopy
Information Systems: A Manager’s Guide to Harnessing Technology v1.2 (CC-BY-NC-SA) BoundCopy
Information Systems (CC-BY)
Internet for Computer Science (CC-BY-NC)
Internet Superuser Textbook (CC-BY-NC)
Interpreting Information Systems in Organizations (CC-BY)
Introducing ICT Systems (CC-BY-NC-SA)
Introduction to C Programming (CC-BY-NC-SA)
Introduction to Computer Science* (CC-BY-SA)
Introduction to Computing Explorations in Language, Logic, and Machines  (CC-BY-NA-SA) BoundCopy
An introduction to Data and Information (CC-BY-NC-SA)
Introduction to Databases and MySQL (CC-BY)
Introduction to Digital Logic with Laboratory Exercises (CC-BY)
Introduction to Free Software (GFDL)
Introduction to HTML (CC-BY-NC-SA)
Introduction to ICT (CC-BY-SA)
Introduction to Microsoft Excel 2007 (CC-BY)
Introduction to Microsoft PowerPoint 2007 (CC-BY-SA)
Introduction to Microsoft Windows XP (CC-BY)
Introduction to Microsoft Word 2007 (CC-BY)
Introduction to Object-Oriented Programming Using Visual C# Express Edition (CC-BY-NC-SA)
Introduction to SCORM (CC-BY-NC-SA)
Introduction to Software Development (GFDL)
Introduction to UNIX (CC-BY-NC-SA)
Introduction to Web Applications Development (GFDL)
ItrainOnline Multimedia Training Kit (CC-BY-NC)
jQuery Fundamentals (CC-BY-SA)
Learning 2.0 for Associations (CC-BY-NC-SA)Net
Lessons in Electric Circuits (Assayer review) (Design Science License)
Linux 101 (Assayer review) (PD)
Linux for IT Managers (CC-BY-SA)
MacRuby: The Definitive Guide(CC-BY-NC-ND)
Multimedia Design and Applications(CC-BY-SA)
Network Applications (CC-BY-NC-SA)
Nework Security (CC-BY-NC-SA)
Non-Programmer’s Tutorial for Python 2.0 (CC-BY-SA) Manual*(GNU-GPL)
Open Source Development with CVS, 3rd Edition (GNU-GPL) BoundCopy
Operating Systems for Single-Threaded Computers (CC-BY-SA)
Principles of Computer System Design: An Introduction (Part II) (CC-BY-NC-SA) BoundCopy
Principles of Object-Oriented Programming (CC-BY)
Producing Open Source Software (CC-BY-SA)
Programming from the Ground Up (GFDL) BoundCopy
Programming Fundamentals – A Modular Structured Approach (CC-BY) BoundCopy
Programming in C (CC-BY-NC-SA)
Programming Languages (CC-BY)
Programming Languages: Application and Interpretation (CC-NC-BY-SA) BoundCopy
Programming Using Java (CC-BY-SA)
Project Management from Simple to Complex (CC-BY-NC-SA) BoundCopy
Python for Informatics: Exploring Information (CC-BY-SA)
  • (Remix of “Think Python: How to Think Like a Computer Scientist
Representing and Manipulating Data in Computers (CC-BY-NC-SA)
Structure and Interpretation of Computer Programs (CC-BY-NC) BoundCopy
Stanford Engineering Everywhere – Introduction to Computer Science (CC-BY)
Student Tools (videos) (CC-BY-ND)
Successful Project Management (CC-BY-SA-NC)
Text-Based Productivity Tools (CC-BY-SA)
Think Python: An Introduction to Software Design (GFDL) BoundCopy
Understanding Open Source and Free Software Licensing (CC-BY-ND) BoundCopy
Using Excel 2002 (CC-BY-NC-ND)
Video Translation (GNU-GFL)
Wealth of Networks by Yochai Benkler (CC-BY-NC-SA 3.0) BoundCopy
Web Authoring Boot Camp (CC-BY-NC-SA)
Web Security (CC-BY)
What is a Wiki? (CC-BY-SA)
Wireless Networking in the Developing World (CC-BY-SA)
XML – Managing Data Exchange (CC-BY-SA)


Anatomy and Physiology of Animals (CC-BY-SA)
AP Environmental Science (CC-BY)
CK-12 Earth Science (CC-BY-SA)
CK-12 Life Science (CC-BY-SA)
Comparing Stars (CC-BY-NC-SA)
Deserts: Geology and Resources (PD)
Earth’s Physical Resources: Petroleum (CC-BY-NC-SA)
Earth Science (CC-BY)
Earth Systems, an Earth Science Course (CC-BY)
Earthquakes (CC-BY-NC-SA)
Empirical Research Design (CC-NC-BY-SA)
Energy Conservation and Environmental Protection (CC-BY-NC-SA)
Environmental Science in the 21st Century (custom license)
Evolution through Natural Selection (CC-BY-NC-SA)
Gene Manipulation in Plants (CC-BY-NC-SA)
Genes, Technology and Policy/The Science (CC-BY-SA)
Geology of the National Parks (CC-BY-NC-SA)
Geothermal Energy—Clean Power From the Earth’s Heat (PD)
GIS Commons: An Introductory Textbook on Geographic Information Systems (CC-BY-SA)
Interactive Science Simulations (CC-BY)
Internet for Environment (CC-BY-NC)
Introduction to Climate Dynamics and Climate Modelling (CC-BY-SA)
An Introduction to Sustainable Energy (CC-BY-NC-SA)
Intro to Physical Oceanography (Custom Copyright)
Life in the Palaeozoic (CC-BY-SA)
Nanotechnology (Custom license)
Nature of Geographic Information (CC-BY-NC-SA)
The Opensource Handbook of Nanoscience and Nanotechnology (CC-BY-SA)
Our Ocean Planet – Environmental Geoscience in the 21st Century (custom license)
Outline of American Geography (PD)
Own You Own Space (CC-BY-NC-ND)
Physical Geography (CC)
Plate Tectonics (CC-BY-NC-SA)
Radioactivity iLab Curricula (CC-BY-SA)
Science Appreciation: Introduction to Science Literacy (custom license)
The Science of Healthy Behaviors1 (PD)
Sustainability: A Comprehensive Foundation (CC-BY) BoundCopy
This Dynamic Earth: The Story of Plate Tectonics1 (PD)