COURSE CURRICULUM

The Engineering Physics program with a Computing sub-plan (P6) offers a comprehensive curriculum that integrates physics, mathematics, electronics, and computing to prepare students for careers at the forefront of technology. In the first year, students complete foundational courses in vector analysis, differential equations, relativity and quantum physics, oscillations, waves, optics, electricity and magnetism, electric circuits, computational engineering physics, and laboratory experimentation, totaling 33.75 units. The second year core builds on this foundation with engineering design, communications, and mechanics, while the Computing sub-plan adds courses in Introduction to Computing Science II and Fundamentals of Information Structures, bringing the second-year total to 45.25 units. In the third year, core courses include quantum mechanics, atomic physics, mathematical methods, experiment design, engineering physics design projects, and economic and business practice (19.50 units), while the Computing sub-plan emphasizes digital systems, electronics for applied scientists, computer architecture, fundamentals of software development, and thermodynamics, totaling 40 units. In the fourth year, students complete advanced courses in electromagnetic theory, advanced laboratory, engineering physics design project, thesis work, and an engineering elective (18.50 units). The Computing sub-plan also requires three courses from Computing List B or Physics List A, including options such as algorithms, neural networks, computer graphics, embedded systems, medical informatics, and bioinformatic analytics, ensuring a minimum of 39.5 units. This program equips graduates with expertise in computational and physical sciences, problem-solving, and cutting-edge technology applications.