COURSE CURRICULUM

The physics degree requires a total of 43 to 47 credits, including 33 to 37 upper-division credits, along with 20 supporting credits. Students begin with foundational physics courses, such as Physics for Scientists and Engineers I and II with labs, although General Physics I and II are also accepted alternatives. Core upper-division courses include a Pre-Capstone Seminar, Modern Physics, Physical Modeling with Matlab, and a Capstone Senior Thesis, which integrates theoretical and experimental learning. Students must select one advanced course from Applied Electronics, Advanced Experimental Physics, or Geometric and Physical Optics to deepen their expertise.To gain practical experience, students can choose from internship opportunities or directed research projects that provide hands-on application of physics concepts. The curriculum also requires 20 credits of upper-division physics electives, ensuring students develop breadth and depth in their knowledge. Only physics courses numbered 200 or above count toward the major’s credit requirements, emphasizing advanced study.Supporting coursework is essential to building the mathematical and programming skills needed for success in physics. Calculus I, II, and III, along with Differential Equations, are required math courses. Programming courses such as Concepts of Programming or Introduction to Computer Programming are also necessary to enhance computational skills. Recommended courses include General Chemistry with labs and advanced math topics like Linear Algebra, Real Analysis, and Complex Variables, which provide further analytical tools to support physics study.Together, these requirements prepare students for rigorous scientific inquiry, equipping them with a strong theoretical foundation, practical laboratory skills, and computational proficiency. The program is designed to prepare students for careers in physics, engineering, and related fields or for further graduate study. It combines core physics principles with mathematical rigor and real-world experience, enabling students to tackle complex problems and contribute to advances in science and technology.