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It seems to me that instructional design and course design models presume that every student in the class has to pursue the same objectives and should be taught in the same fashion; yet, as universal design ideas suggest, we may need to occasionally use different assignments and allow different learning approaches. And maybe, to take this idea a step further, learning in general should be personalized and course designs become more flexible. At least that's what some educational pioneers from Silicon Valley have declared. What follows is the introductory passage of a very recent New Yorker article, an article which is ultimately quite skeptical of the new models and of the role of technology in the classroom: "Seen from the outside, AltSchool Brooklyn, a private school that opened in Brooklyn Heights last fall, does not look like a traditional educational establishment. There is no playground attached, no crossing guard at the street corner, and no crowd of children blocking the sidewalk in the morning."

As the article goes on to highlight, the founders of the company AltSchool intend to break with traditional educational models. In the older model, the founder Max Ventilla asserts, the teacher is "an artisanal lesson planner on the one hand and disciplinary babysitter on the other hand." Not just that, the teacher also creates, following Common Core for example, standards and objectives for his or her class; one teacher quoted in the article claims that "by looking for standards to pull everyone up we are forgetting to address what the individual needs." This is where the AltSchool idea intervenes. This new school's approach "acknowledges and adapts to the differences among students: their abilities, their interests, their cultural backgrounds." How so? By monitoring students and collecting as much data about each student as possible, thus personalizing plans and projects for students (sound familiar? Ventilla worked for Google before founding AltSchool). While I think the idea of personalized learning is compelling, I also read with interest about the mixed results of AltSchool and other similar institutions - plus, the schools seem to be very utilitarian, focusing on what the student purportedly needs to succeed in the workplace (languages are supposedly rather useless, for example, because everyone will carry an electronic, speaking dictionary in 20 years from now). On a slightly different - and final - note, I was also intrigued by a quote from Daniel Willingham, education scholar at UV: "The most common thing I hear is that when you adopt technology you have to write twice the lesson plans. You have the one you use with the technology, and you have the backup one you use when the technology doesn't work that day." Congratulations! If you read this sentence, you have survived the challenge of reading this epic post.

Here are some tips and tools for implementing universal design into online and blended courses.

The Sloan-C 2013 International Conference on Online Learning Proceedings provides interesting research and ideas for online learning, teaching and evaluation.

This is a great research guide designed to help faculty who wish to incorporate UDL into their classes. See especially the UDL syllabus rubric page (listed under the tab "UDL Course Changes"

Assessment of undergraduate research (UR) programs using participant surveys has produced a wealth of information about design, implementation, and perceived benefits of UR programs. However, measurement of student participation university wide, and the potential contribution of research experience to student success, also require the study of extrinsic measures....

This particular article relates more to undergraduate research experiences and their relationship to student success than to online teaching and learning. When viewing and reading the "student as producer" content, I immediately thought of undergraduate research experiences (URE). URE in STEM fields are thought to be valuable in promoting gains in student knowledge and skills, enhancing retention of students in STEM fields (particularly underrepresented minorities and women), among other goals. A commonly reported outcome of studies on URE is that "students learn to be scientists," (to paraphrase a bit). Fechheimer et al. looked at participation in UR in all fields by UGA students for more than a single semester, and found positive, quantifiable outcomes (like increased GPA) in this study. UR is an approach to reach some of the same goals that we have in online teaching and learning. I would argue that it also is a learner-centered approach. And, it certainly allows students to produce products that require novel assessments (for example, a poster or presentation at a conference; co-authorship of a paper). Interestingly, I'm not sure that the evidence to date is clear on the ability of URE to promote and develop higher order skills in students.

Assessments should reveal how well students have learned what we want them to learn while instruction ensures that they learn it. For this to occur, assessments, learning objectives, and instructional strategies need to be closely aligned so that they reinforce one another.

Georgia Tech Research on Accessible Distance Education (GRADE) is a research project at the Georgia Tech Center for Assistive Technology and Environmental Access (CATEA). Provides actual modules showing how courses that present challenges due to their nature (engineering, mathematics) or inclusion of rich media can be designed to increase accessibility.

My department spent a lot of time this year thinking about assessment in a process driven by accreditation. We came up with some fairly broad learning outcomes and not much in the way of detailed assessment. So I am very impressed by this webpage from the Dept. of Sociology and Anthropology in Ohio. Their departmental webpage includes very detailed assessment information that may be useful for everyone to keep in mind, but probably does not do much to attract students. In our own discussions we sometimes ran into confusion between providing information for current students about what we would be assessing and departmental advertizing-- two very different things.

This page is actually a brief (but helpful and concise) overview of the use of rubrics. The main reason I am posting it here is because the entire site (Cornell University Center for Teaching Excellence) has a wealth of information on design, assessment, student engagement and using technology in the classroom.