Created by Khoa Nguyen, Michal Brylinski, Benjamin Maas, Kristy Stensaas, Suniti Karunatillake, Achim Herrmann, and Wolfgang Kramer, this teachable unit aims to implicitly enable scientific modeling skills among the students. With developing a conceptual model from a set of observations as the underlying goal, variations in atmospheric oxygen content provides context.
This activity was made by John Huth for his Primitive Navigation class, so his students will have practical experience working with primitive navigation tools through this experiment. This activity will help students understand navigational stars.
This is an in-section activity created by John Huth for his Primitive Navigation course where students walk small distances and use their analysis to learn small angle approximation, statistics, and prepares them for future assignments.
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.
This activity took place as part of an ongoing study of the various conventional forms in Classical music (sonata, concerto, etc.), and also contributed to a larger, semester-long conversation about the ways in which we deal with the nebulous concept of "style" in music. Coming into the class itself, students possessed a basic knowledge of musical rudiments such as melody and harmony. For this particular activity, students had already been introduced to the idea of a "Theme and Variations" form, and had listened to several examples. Read more about Theme and Variations: Understanding Musical Style
Students were expected to have researched one goddess from the ancient Near East as described in several primary and secondary sources. The description of the activity on the syllabus is as follows: Choose a female deity or demon from the ancient Near East that you find captivating. Now imagine you have just invited her to a party at Smith College. Describe what she looks like and what she will wear to the party. How will you introduce her to your friends? Tell them where she is from, what her interest are, and explain her special talents, as well as any personality traits that might make for awkward social interactions.
This is an activity for Lioudmila Zaitseva's Elementary Russian class. She goes through a floor plan illustration on the board and calls on volunteers to label the parts, then place a corresponding image in the specific zone of the plan. This is a fun way for students to remember their vocabulary, basic verbs, and basically conduct a general review.
Elizabeth Petrik, a graduate teaching fellow for Physics 15c, created this Mathematica activity to help students build physical and quantitative intuition about wave dispersion. The usage of Mathematica in this activity allows for students to not only solidify the concepts they learned in class, but also create a working program that helps them understand wave dispersion in another medium.
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.
Kellie Carter Jackson, a Harvard College Fellow, created the game “Name Five” for her AAAS118 class. In the beginning of the class, she goes around the room and asks students to list five notable people of different ethnicities to help students understand the world and the power dynamics within it.
Created by Kostia Bergman, Erin Cram, Wendy Smith, Scott Dobrin, Presque Isle, and Judith Roe, this lesson for an intermediate Cell Biology course encourages students to take a big-picture view of the cell by comparing cells to buildings in order to think about the dynamic processes within cells. The lesson utilizes a jigsaw and quick write. Read more about Cells vs. Buildings
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.