To meet the challenges, opportunities, and responsibilities encountered after graduation, mathematics majors are encouraged to obtain a broad but firm foundation in the discipline.
Majors acquire skill in the use of mathematical methods for dealing with problems from a variety of disciplines, and complement these tools with some training in computer science.
The math department offers two disciplinary majors, a B.A. and a B.S., and one disciplinary minor.
If you'd like to view a full listing of our course options in Math or any other subject, please visit the Online Course Catalogue.
disciplinary, 11 courses
MATH 135, MATH 204, and MATH 232; CPSC 124; either MATH 331 or MATH 375; two additional Mathematics courses at the 200-level or above; two additional Mathematics courses at the 300-level or above; and two additional courses chosen from Mathematics (MATH 131 and above) and Computer Science (CPSC 220 and above).
disciplinary, 15 courses
MATH 135, MATH 204, MATH 232, MATH 331, and MATH 375; CPSC 124; three additional Mathematics courses at the 200-level or above; two additional Mathematics courses at the 300-level or above; one additional Computer Science course (CPSC 220 and above); and three additional courses in the Natural Science division that count towards the major in their respective departments.
disciplinary, 5 courses
MATH 135 and four additional MATH courses at the 130 level or above.
Our students choose from a variety of introductory and advanced courses, each designed to provide students with an understanding of mathematical theories and methods from a variety of disciplines.
Below, you'll find a sampling of some of our most popular classes, as well as suggestions for making Math a part of your larger interdisciplinary experience at Hobart and William Smith Colleges.
Couple reason with imagination and consider a number of theoretic problems, some solved and some unsolved, within topics like divisibility, primes, congruencies and more. Then, enroll in PHYS 285 Math Methods, and study techniques that are useful in physical science problems like differential equations, multiple integrals and complex variables.
Learn the basics of probability functions while developing the skills needed to solve problems and build models. Once you’ve mastered probability, try ECON 202 Statistics, and study the methods of descriptive and inferential statistics that are most important to the study of economics by constructing your own survey, collecting data and then analyzing the data using methods learned during the course.
Establish first order logic as a basis for understanding the nature of mathematical proofs and constructions like sentential logic, logical proofs and models of theories, and to gain skills in dealing with formal languages. If logic interests you, why not enroll in PHIL 240 Symbolic Logic, and study the techniques and theories of formal logic such as the theory of deductive reasoning and the concepts of validity, soundness, completeness and consistency.