COURSE CURRICULUM

The Bachelor of Science in Physics with a concentration in Computer Science is a four-year program that integrates core physics principles with advanced computing skills to prepare students for modern scientific and technological challenges. In the first year, students build a strong foundation in science and mathematics through courses such as University Chemistry with lab, Astronomy with lab, and Calculus I, along with College Composition. In the spring semester, they begin combining physics and computing by studying University Physics I with lab, Computer Science I, and Calculus II, supported by humanities courses that enhance critical thinking. The second year continues this integration with University Physics II and lab, Calculus III, and Computer Science II, followed by more advanced subjects such as Contemporary Physics with lab, Discrete Mathematics, Differential Equations, and technical communication, which strengthen both analytical and programming skills.In the third year, the curriculum becomes more specialized and rigorous, focusing on both advanced physics and computer science topics. Students study Analytical Mechanics, Data Structures, Linear Algebra, and Advanced Calculus, along with electives that broaden their academic perspective. In the following semester, they explore Electricity and Magnetism or Electromagnetic Fields, Probability and Statistics, and leadership in scientific research, while continuing with upper-level computer science electives. The fourth year emphasizes advanced theoretical and computational applications, including Thermal and Statistical Physics, Quantum Mechanics, and Numerical Analysis. Students also complete a two-part Physics Project, which provides hands-on research experience and allows them to apply both physics and computing knowledge to real-world or theoretical problems. Additional courses such as Condensed Matter Physics, Optics with lab work, and Mathematical Modeling further enhance their expertise. Overall, the curriculum blends physics, mathematics, and computer science, equipping students with strong problem-solving, programming, and research skills for careers in technology, data science, research, or advanced academic studies.