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Students viewed 3 different video formats: quiz questions embedded throughout, quiz questions only at the end, and no quiz questions. Students watching video with quiz questions throughout scored markedly higher on a subsequent assessment. Students in the study strongly support support in-video quizzing.

Though this post refers to in-class activities, the techniques are readily transferable to online teaching and learning.

Thought this was a nice easy read regarding a topic that comes up each year. We all know educational games should tackle more than memorization and that multiple choice questions offer a puerile level of analysis, but seems like we keep falling back into these two traps. Looking forward to tackling new projects that treat learning as the ally instead of the goal, and encourage exploration more than stepping through checklists. Just sharing because I enjoy chewing this stuff over all the time.

Lessons from a Texas A&M professor who flipped a 400-student "Introduction to Ancient Rome" course.

I'd love to hear some real world examples that address one point in the article: "Content delivery is the easy part. The hard part is figuring out what to do in class that keeps students engaged, and motivated to prepare for class." If anyone in our group knows of some specific tricks teachers usually employ for this, please let me know. (lil' quizzes? Q&A discussions? or something more interesting?) I'm wondering if there are other sorts of multimedia activities I could make that would serve similar function.

Warren, good question! The peer instruction approach of Eric Mazur et al. (see http://mazur.harvard.edu/research/detailspage.php?rowid=8) is a popular in-class technique. Here are some of other methods OSU hybrid faculty use to link online and face-to-face spheres: 1 - A low-stakes weekly quiz online prior to each class meeting. 2 - A discussion that flows from online to face-to-face and back again. 3 - A very short online essay turned in before each class meeting that builds on the online content, and is tied directly to in-class discussion or group work that follows. 4 - An interactive multimedia lesson online that provides a foundation for or extends in-class learning. (Examples: I recommend looking at Simon Driver and Megan McDonald's hybrid EXSS 444--I can connect you.) 5 - Group work online (e.g., formulating a debate position or a solution to real-world problem) that feeds into the next f2f class activity. 6 - A quiz at the start of each class meeting based on the online content. Whatever the method, a key is that the learning activities online channel rather directly into the in-class activities and vice versa. Think of it as a long ping-pong volley between learning activities in the online and f2f spheres from the first day of the term until the final exam or project.

Abstract: This is the largest and most comprehensive metaanalysis of undergraduate STEM education published to date. The results raise questions about the continued use of traditional lecturing as a control in research studies, and support active learning as the preferred, empirically validated teaching practice in regular classrooms.

Report: Can we adequately answer questions about postsecondary outcomes and value? No. Data play a crucial role in improving college access, completion, and career readiness. Students need clear and timely information about how much college will cost, how long it will take to graduate, and how well a degree will prepare them for the job market and enable them to repay their loans.

"Two-stage examinations consist of a first stage in which students work individually as they typically do in examinations (stage 1), followed by a second stage in which they work in groups to complete another examination (stage 2), which typically consists of a subset of the questions from the first examination." Q: What are ways to successfully apply this strategy in online courses?

"Rethinking the variety of voices and formats will not only be better for engagement, but also for learning. Rather than presenting information in scripted bullet points like an old-fashioned e-learning module, we should experiment with formats like debates, conversations, open-ended inquiry and stories in online courses. This will require students to extrapolate key points, synthesize what they've heard, and sometimes leave with more questions than clear take-aways."

This is a concise guide to the three main categories of adaptive courseware (off-the-shelf, customizable and custom-built) and five key questions to inform courseware adoption decisions: problem to solve? resources? control? access? support?