In preparation for our Honors Geometry semester exam I had students break up into small groups
to become the "class experts" for one of the topics we learned about during first semester. The groups chose their topic and then were responsible for creating a quick reference guide for the content, a practice summative assessment with answer key, and a twenty minute review activity for the class.
The students were given four class periods to put together their projects. Things moved along very well and students definitely took ownership in their learning. Students learned to anticipate the types of questions that they may find on the exam and then designed an activity to review the concepts.
I must admit that I was a little nervous when it was time for the students to start their activity presentations. I would be turning over the classroom to my students for three entire class periods. I knew that my students had put a lot of work into their activity and I had a pretty good idea of what each group would be presenting, but the groups were entirely in control of the classroom. The students made the decisions about what should be emphasized in preparation for our semester exam. I was nervous, but I was also very curious as to how they would take charge.
Overall, things went GREAT! My students came up with some really great activities to keep their classmates engaged! We played Jeopardy, BINGO, a math variation of "spoons", played various board games, and created many other activities. The leading group took charge of the classroom and the rest of the students busily got to work on the activities.
The vast majority of the questions posed were great. Students made sure to cover the basics of the material and also posed great challenge questions. Students also created summative assessments for their classmates so that the review could continue outside of the classroom. Again, I saw lots of great questions that I think will get my students ready for their upcoming exam. While not all of the projects and questions were "perfect", I think even the mistakes helped to teach. If the class tried to solve a problem that didn't have a solution, they had to look at it a second time and determine why the problem couldn't be solved. If there was a problem with an answer key, students talked about it and challenged it rather than accepting the solution as fact.
I would definitely do this project again in the future. I think it taught my students to think critically and it helped them prepare for our upcoming exam.
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