Engineering Physics Curriculum
Students begin the Engineering Physics Program in their sophomore year. (The freshman year is common to all programs. Visit the Freshman Program section of the School of Engineering website for more information). Following the Freshman Program, students are given a basic educational foundation in mathematics (calculus, matrix theory), and the fundamental methods and principles of the physical sciences, as well as an introduction to electrical engineering (linear systems, electronics, and computer applications) and materials science. During the junior and senior years the course work provides a comprehensive knowledge of the branches of physics that are closely related to modern technology. In particular, the student will take courses in optics, electricity and magnetism, mechanics, and quantum mechanics from the physics department. Junior and senior engineering studies will stress such related topics as applications of electricity and magnetism, material science, signal processing and applied thermodynamics. first Term
second Term
third Term
fourth Term
fifth Term
sixth Term
seventh Term
eighth Term
Total: 130 units Program Electives for Engineering PhysicsThere are two program electives in the senior year of the Engineering Physics undergraduate degree. It is recommended that those students who wish to pursue graduate studies in physics, or related areas of engineering, take the honors quantum mechanics sequence in the Physics department: PHYS 1170 Introduction to Quantum Physics 1 Those students who do not wish to take these courses to satisfy the program elective requirement may choose a sequence of higher level undergraduate courses that create a concentration in an area. This sequence of courses should be in the Department of Electrical and Computer Engineering, the Department of Mechancial Engineering and Materials Science or the Department of Physics. Recommended sequences of courses include the following: PHYS 1160/ECE 1240 Photonics 1 ECE 1232 Introduction to Lasers and Optical Electronics MSE 1163 Ceramic Materials MSE 1477 Thin Film Processes and Characterization MSE 1468 Analysis and Characterization at the Nano-scale MSE 1469 Materials Science of Nanostructures |
AdmissionsUndergraduate students are admitted to the Department of Mechanical Engineering and Materials Science through the School of Engineering Admissions Office. Course Descriptions |
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