Wabash offers joint programs (known as dual degree programs) with Purdue University, Columbia University, and Washington University-St. Louis. In these programs, you will study the liberal arts at Wabash for three years and engineering or applied science at Purdue, Columbia or Washington, typically for two years.

The Wabash College Chemistry Department believes in a challenging curriculum, which thoroughly investigates all areas of modern chemistry and in a significant hands-on laboratory experience in which students become progressively more independent as they proceed through the curriculum.

Psychology is defined as “the science of behavior and mental processes,” which encompasses an array of specialty areas. Similarly, psychologists stand as the most diverse group of people in our society to share the same title.

Department students acquire a sense of the nature of mathematics and computer science and their place in society. It provides its majors with an understanding of mathematics and its nature and uses, to help them become effective users of mathematics in their careers.

The Department of Economics is dedicated to providing a rigorous, challenging curriculum that emphasizes economic theory and focuses on how economists view the world. Students master a wide variety of philosophical, technical, logical, computer, and quantitative skills. The Wabash College Economics major is taught to evaluate arguments and policies, analyze empirical data, and present his views, rationales, and results.

Our physics majors and minors will master valuable analysis and problem-solving skills, which can be applied to a wide variety of situations beyond physics. By integrating these skills with their liberal arts experiences, our students are prepared for a vast spectrum of careers.

The curriculum of the Biology Department is designed to introduce the student to the breadth of the discipline of biology and to provide the foundation for further study in biology. A core sequence of courses introduces the student to genetics, cell biology, organismal biology, and ecology.

Computer science is a branch of science that deals with the theory of computation or the design of computers. It is the study of automating algorithmic processes that scale. It studies the theory, experimentation, and engineering that form the basis for the design and use of computers. The study of computer science involves programming, but it delves beyond just writing more complex or eye-catching programs. A good comprehension of computer science helps the student design better programs and understand how to use a computer to solve new problems.

Students will acquire a broad-based knowledge of chemistry, biology, and biochemistry, and understand how these areas are interconnected.