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
Objectives: In this assignment designed by J.M. Grenier, Students will be able to explain what is meant by a "virtual world" and the 3D web, as well as discuss the potential for the use of these tools and their impact to existing methods of communication on the web.
This final lab project, contributed by the Cornell Center for Teaching Excellence, utilizes the techniques learned throughout the semester in the lab as well as the concepts learned in the lecture portion of the class. The project involves a person breaking into a building and leaving the exhumed body of the dead college founder and a threatening note in a classroom. Evidence such as fingerprints, hair, fibers, shoeprints and glass are left at the crime scene. Read more about Forensics Lab
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
This was a semester long project. Throughout the semester, graduate students (many of whom had little previous exposure to the course material) studied the history of Chinese music theory, the Jesuit missionaries who transmitted it back to western Europe, and the reception of Chinese culture there in the 18th century. The website commemorating the exhibit and giving more information can be found at hcs.harvard.edu/soundingchina
The primitive navigation final project will involve researching a topic that requires data gathering and analysis, along with research into the history associated with that topic. The final presentation will take the form of a video that will be posted online.
Pia Sörensen detailed out this month-long procedure for Science and Cooking students' final projects, which involve a report and a presentation on a food science related topic of a student groups' choice.
Pia Sörensen details how the Science of Cooking class conducts lab assignments through actual cooking experiences. For this example, she navigates through the Molten Chocolate Cake Lab/Heat Lab, but also attached three other examples for more resources. This experiment is supposed to help students understand the concepts of science and cooking in a practical setting by actually cooking or baking with the scientific tools and knowledge acquired through class.
For her sixth section, Kirstin Woody Scott prepared this activity based off of the HMS/BWH case study on Bangladesh Rural Advancement Committee and tuberculosis. This activity allowed students to discuss and present the knowledge of the case they had reviewed in lecture and tackle policy realities in global health. Students prepared oral arguments to take on the role of different stakeholders and defend their positions when faced with cuts to global health funding.
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
Created by Jillian Banks, Jeremy Brown, Cindy Gordon, Chris Gregg, Travis Marsico, Chris Osovitz, and Rebecca Symula, this activity focuses on the importance of temporal scale and specifically seeks to resolve the common student misconception that evolutionary change is only observable on a single timescale. It utilizes index cards in an interactive jigsaw. Read more about The Problem of Scale in Evolution
Created by Paul Ogg, Melissa Krebs, Vida Melvin, Amanda Charlesworth, and Melanie Badtke, this lesson teaches how cells regulate cell division using some lecture interspersed with interactive activities including clicker questions, pair/share, and class discussion, applying concepts to Angelina Jolie's BRCA1 mutation.
Created by Moriah Beck, Masih Shokrani, Karen Koster, William Soto, David McDonald, and David Swanson for the National Academies Northstar Institute for Undergraduate Teaching in Biology, this activity spans 2-3 classes and uses lecture, clicker questions, jigsaws, and group discussions to teach the relationship between protein structure and function. Read more about Protein Function Follows Form: Two-Lesson Activity
Created by Laura Conner, Susan Hester, Anne-Marie Hoskinson, Mary Beth Leigh, Andy Martin ,and Tom Powershis, and contributed by Yale University's Center for Scientific Teaching, this case study lesson reinforces the concept of coevolution and gives students practice with the analysis and interpretation of data.