### PSCI 407 Mathematical Modeling

- Fall 2024
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field.

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2023
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field.

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2022
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field.

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2021

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2020
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field.

- Fall 2019

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2018
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field.

- Fall 2017
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field. The sequence will cover both social choice theory, which concerns finding an axiomatic basis for collective decision making, and game theory, which analyzes individual behavior in strategic situations. Students should have, at a minimum, a sound familiarity with basic algebra (solving equations, graphing functions, etc.) and a knowledge of basic calculus. Consistent with department policy, students are required to attend the "math" camp offered in the weeks before the first fall semester.

- Fall 2016
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field. The sequence will cover both social choice theory, which concerns finding an axiomatic basis for collective decision making, and game theory, which analyzes individual behavior in strategic situations. Students should have, at a minimum, a sound familiarity with basic algebra (solving equations, graphing functions, etc.) and a knowledge of basic calculus. Consistent with department policy, students are required to attend the "math" camp offered in the weeks before the first fall semester.

- Fall 2015
This course is the first half of a two-course sequence consisting of PSC 407 and PSC 408. The goal of the sequence is to give a rigorous introduction to the main concepts and results in positive political theory. At the same time, we will teach you the mathematical tools necessary to understand these results, to use them and (if it suits you) to surpass them in your own research in political science. The course will emphasize rigorous logical and deductive reasoning - this skill will prove valuable, even to the student primarily interested in empirical analysis rather than modeling. The sequence is designed to be both a rigorous foundation for students planning on taking further courses in the positive political theory field and a self-contained overview of the field for students who do not intend to do additional coursework in the field. The sequence will cover both social choice theory, which concerns finding an axiomatic basis for collective decision making, and game theory, which analyzes individual behavior in strategic situations. Students should have, at a minimum, a sound familiarity with basic algebra (solving equations, graphing functions, etc.) and a knowledge of basic calculus. Consistent with department policy, students are required to attend the "math" camp offered in the weeks before the first fall semester.

- Fall 2014
- Fall 2013
- Fall 2012

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2011

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2010

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2009

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability. - Fall 2006

Prerequisites: Undergraduates must obtain the instructor's (or a Political Science advisor's) permission to take this course. Students must have taken a sequence in calculus and have attended the Political Science two-week Math Bootcamp. The Math Bootcamp may be waived in rare cases where a student has already taken courses in multivariable calculus, linear algebra, and probability.