Now Students, Don’t Forget to Play your Video Games

by John DeNero, Electrical Engineering and Computer Science
The course’s original syllabus began with a conceptual roadmap of how various problems related to each other. But since our students didn’t understand the individual problems yet, they didn’t understand the purpose of the framework…To infuse continuity into the course, I designed a series of projects around Pacman, a classic video game with lots of retro charm.

The Theory Scare: Teaching Students How to Grasp Abstract Ideas

by Polina Dimova, Comparative Literature
I needed to teach my students to trace complicated theoretical arguments and pinpoint and articulate the concepts that underlay them. I had to empower my students through theory and not let them despair by succumbing to the theory scare, to their assumption that theory is just too tough and they just don’t get it.

Encouraging Critical Thinking through Exam Preparation

by Sarah Macdonald, Sociology
While teaching Sociology 5: Evaluation of Evidence, I encountered a problem that is not unique: how, as GSIs, can we prepare our students for challenging final exams without teaching exclusively to the exam?

A Voice in the Sciences

by Ryan Steele, Chemistry
I had to humbly undergo a transformation that allowed me to let the students’ discussion guide the session. Frankly, I had to shut up. Letting students speak and make mistakes does not mean conceding control of the classroom or the teacher’s sense of authority.

Critical Objectivity and Sentence Style Improvement

by Monica Gehlawat, English
This activity is all about perspective. By creating a new way for the students to look at their writing, I was able to empower them to see how to change it. Tackling the sentences on the board all together with a clear set of drills transformed the debilitating immediacy of one’s writing into a liberating problem-solving experience.

Finding Ways that Everyone can Contribute, Creatively: Using Visual Learning Techniques and Small Group Exercises to Promote Cooperative Learning

by Kenneth Haig, Political Science
The most difficult problem I faced was how to teach both the Japan-specific and broad theoretical aims of the course to students who were at best familiar with only one part or the other…The solution I settled on was to try to find applications for visual learning techniques and small group discussions wherever I could.

Getting in Touch with Your Inner Physicist

by Badr Albanna, Physics
I decided to reverse the dynamic of our discussion sections. When it came time to work on problems, instead of my standing in front of the class begging the students to explain how they reasoned the first part of problem one to their classmates, they would become the teachers and I would adopt the role of a particularly knowledgeable assistant.

It Said What? Reading Critically for Bias and Point of View

by Amy Lerman, Political Science
Each group had read their own article as a reasonably complete account of “the way it had happened.” When they began to see the differences between the pieces, though, they were struck by how disparate each account was from the others. In particular, the students were surprised by how even those that were technically “unbiased,” “academic” or “scientific” were unintentionally framed in certain ways.

Lessons from a Lesson on Stellar Evolution

by Kathryn Peek, Astronomy
The stellar evolution exercise followed from a tenet of my teaching philosophy: occasionally putting larger concepts aside to nail down the basics is important, and doing so can illuminate more complex ideas…The day that I did this exercise in my sections was one of my best days that semester.