Physics and mathematics are closely linked fields, since the physical law that governs the workings of our universe is expressed and understood through the language of mathematics. This degree track emphasizes this linkage, and thereby enables students to develop problem solving capabilities and insight into the natural world through which they may contribute to advancing human knowledge and to the betterment of society. In addition to foundational coursework in physics and mathematics, students will learn about mathematical methods and computational physics tools that allow them to conduct meaningful scientific inquiry and to formulate, approach, and solve increasingly challenging problems with real world significance. This degree will prepare students for career and research opportunities in a broad range of fields that rely on problem solving ability, as well as for advanced study in the mathematical and physical sciences and related areas. 

Student Learning Outcomes 

Students graduating with this degree will be able to

• Show basic understanding of the fundamental laws of physics and their mathematical underpinnings and comprehend how they can be applied to explain specific natural phenomena.
• Show a basic understanding of the principles and techniques of mathematics and how they can be used to understand advanced mathematical and physical theories.
• Conduct critical thinking and problem solving in mathematics and physics, comprising formulation of testable hypotheses, development of quantitative, mathematical models of real world systems, and application of these models to solve problems and predict possible outcomes. 
• Apply laboratory skills across a range of physics experiments illustrating fundamental phenomena and measuring techniques; analyze data and apply statistical methods, as well as consider correlations and uncertainty in measurements. 
• Clearly and accurately communicate mathematical and scientific ideas, theories, and observations in oral and written forms. 

Graduation Requirements 

Complete the General University Requirements for Baccalaureate Degrees. Complete the General Education Requirements for Baccalaureate Degrees. 

Complete at least 62 credits from the courses listed in the Degree Course Requirements table. 

Recommended additional courses: 

• CHEM A103 Introduction to General Chemistry (3cr)
• WRTG A213 Writing and the Sciences (3cr)
• ES A261 Introduction to Engineering Computation (3cr) and/or CS A201 Computer Programming (4cr)

Degree Course Requirements