Overview: This activity is designed to assess students’ understanding of the course learning goals by engaging the students in an active, individualistic question and answer session. It provides the instructor with valuable insights about his/her students’ learning and if the course learning objectives are being met.
Course: HGSE T139 Investigating Teaching and Learning Through Close-Collaborative Examination of Student and Teacher Work
Purpose: The purpose of this assignment is to consolidate knowledge of the weather from class.By making observations and committing to a prediction, it should help you see how weather systems evolve over time. It will also give you a first pass at video making, which will help with the final projects.
We ask that you refrain from looking up weather conditions and predictions for the period when you are making observations and predictions. Often local observations will be more accurate than the ones found on website. Read more about Weather Forecasting
This case study, contributed by the Cornell Center for Teaching Excellence, is intended to show that two enantiomers can have different effects on the body, and how the same drug can be used to treat different diseases or symptoms. It is also intended to help students begin to understand the process of FDA approval for drugs. This problem could be used in an organic chemistry class or in a class for non-science majors. Read more about Thalidomide: The pros and cons
With the knowledge of the motion of the sun, the ability to find solar declination online, and how time can be used to find longitude from previous lectures in class, students must make a device to measure the altitude of the sun using a straw, protractor, and string weighted down to make horizontal.
John Huth developed this activity for his SPU 26: Primitive Navigation class. The purpose of this assignment is to establish a baseline for their navigational skills. Students navigate Harvard campus to hold a course and estimate a traveled distance to see how successful they will be without any special training.
Created by Ned Dochtermann, Erin Gillam, Timothy Greives, Kristina Holder, Steve Travers, and Jennifer Weghorst, this lesson focuses on the evolutionary mechanism of random genetic drift. Students explore how population size affects allele frequencies by engaging in a group activity that involves generating and plotting data, interpreting graphs, and formulating hypotheses. Read more about Understanding the mechanisms of evolution: random genetic drift