Students undertake 4 phases of development conducted throughout the term i.e. the executive summary, the business plan, the technical design and finally an implementation plan. Subsequently, they give presentations to the executives (AKA the faculty committee of the program) and turn in their final project plan.... Read more about Business Case Development Practice
Faculty develop a national security crisis and simulate placing the students on the National Security Council Staff to develop strategic options to drive U.S. foreign policy. By thrusting students into positions of responsibility for solutions to real-world issues, this activity requires students to draw on what they have learned and to think on their feet, and it fosters a deeper appreciation for the challenges associated with working on foreign policy.
In this in-class simulation, students adopt the interests and goals of the Kayapó Indians, the Inter-American Commission on Human Rights (IACHR), the Brazilian government, and Electrobras in order to resolve a conflict over the construction of the Belo Monte Dam.
In this class simulation of a crisis event, students role play as different actors of the US government. They have to collaborate with different actors to formulate an optimal response strategy that is made public in a press conference.
How should Egyptian President Hosni Mubarak respond to the massive protests plaguing his country? This in-class simulation requires students to adopt Egyptian and international actors' perspectives to aid President Mubarak's decision making.
For the STAT104 first class of the semester, Lecturer Michael Parzen throws an inflatable globe of the world into the class audience to get the class excited about learning future topics of experimentation, randomness, and estimation.
Students develop a greenhouse gas inventory and reduction plan for a business, non-profit, government entity, or other institution by working with the organization to understand their sources of emissions and find practical methods of reducing them.
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.
Students familiar with case study analysis construct their own cases to capture a specific ethical question. They then lead their classmates through the case. This case construction gives students the opportunity to try to stump one another with new ethical dilemmas in civil and focused fashion.
When students are in the revision stage of their paper, Jerusha Achterberg uses fruits to teach students how to structure their papers so that the organization coordinates with the thesis. The idea behind this activity is to break the 5 paragraph mold students bring from high school.
This activity created was by Benjamin Schneer, a graduate teaching fellow for GOV30, to help students understand methods in public opinion polling. Schneer provided a dilemma for students to resolve using information about public opinion polling found in their textbook or online resources. Students enthusiastically participated in this active learning exercise to incorporate classroom knowledge in a practical setting.
In this simulation activity, students decide which of two companies, each using a different CRISPR genome-editing technology, to invest in. They engage with research on CRISPR genome editing to understand how unintended consequences of one technology used for this editing had real-world business implications. The storytelling element adds immediacy to the activity, making it imaginative and engaging, and students are pushed toward achieving higher levels of competence within Bloom’s taxonomy for the subject area.
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.