COURSE CURRICULUM

The Physics program with a concentration in Engineering Physics is a four-year curriculum designed to combine strong foundations in physics, mathematics, and engineering with practical and research-based learning. In the first year, students begin with core subjects such as University Chemistry with lab, Calculus I and II, Foundations of Computer Science, and College Composition. They are also introduced to physics through University Physics I with lab and gain early exposure to engineering concepts with courses like Engineering Materials and Computer Science. This year builds the essential scientific and analytical base required for advanced study. In the second year, students continue with University Physics II and lab, Calculus III, and begin more specialized coursework such as Differential Equations, Computational Physics, and Circuits with lab work. Courses in communication and humanities are also included to strengthen professional and critical thinking skills.In the third year, the program becomes more technical and interdisciplinary, focusing on subjects like Analytical Mechanics, Electricity and Magnetism, Advanced Engineering Mathematics or Calculus, Probability and Statistics, and Linear Algebra. Students also study Circuits II, Electronics, and Mechanics of Materials, gaining deeper insight into how physics principles are applied in engineering systems. Leadership in scientific research is introduced to prepare students for collaborative and professional environments. In the fourth year, students engage in advanced and specialized topics such as Quantum Mechanics, Thermal and Statistical Physics, Condensed Matter Physics, and Optics with lab work. They also study Control Systems and complete a two-part Physics Project, which serves as a capstone experience where students apply their knowledge to real-world or research-based problems. Electives allow further customization of the degree. Overall, the curriculum blends theoretical knowledge, engineering applications, laboratory experience, and research, preparing graduates for careers in engineering, technology, or advanced scientific research.