by Seemay Chou, Molecular and Cell Biology I found that the problem was not rooted in lack of comprehension but an imprecision in their scientific language, owing to their lack of experience in the field. They felt that they knew the answers but could not express what they were trying to say...They needed to think and speak in the same language as scientists.
by Nicholas Arpaia, Molecular and Cell Biology I designed what I called the Immunologist's Toolbox, a running list of techniques that the students could refer to when it came time for them to design experiments. They were able to draw from this list to act like molecular MacGyvers and use the reagents that they were given in particular scenario-based questions to answer them.
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.
by Jann Vendetti, Integrative Biology Despite the aural descriptions and visual representations of Raupian parameters presented in lecture and lab, it was evident that most students did not grasp the concepts. After some research and a trip to a craft store, I came up with a possible solution.
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.
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.
by Carolyn Sparrey, Mechanical Engineering Due to the restrictions of the classroom I could not simply bring in tissue for the students to experiment with. Rather, I needed something tissue-like but without the mess and, because I was supplying the materials myself, at minimal cost. The solution was chewing gum.
by James Su, Vision Science Once I start hearing "oohs" and "ahas," I know the students are starting to understand the physical effects of each of the telescope elements. The math comes naturally once the students understand what physically happens to the light rays that are squeezed, expanded, reflected, and bent.
by Nichole Sterling, Scandinavian Ultimately, I have found that creative projects can have place in composition courses. Creative projects can help students to understand what they read, and a greater understanding of what students read can only lead to better papers and better discussion in class.
by Susan Hicks, Geography I realized that while there may be a bag of tricks for keeping things running smoothly in the classroom, there is no instant solution to the problem of students starting out with very different levels of familiarity with the material.