COURSE CURRICULUM

The Bachelor of Science in Computer Engineering (CMPE) is a rigorous 120-unit program that combines mathematics, physics, electrical engineering, and computer science to prepare students for advanced careers in hardware and software system design. The curriculum begins with major preparation courses in calculus, differential equations, discrete mathematics, probability and statistics, physics, and foundational biology and writing skills, along with engineering-focused coursework such as `introductory engineering and circuit analysis. These foundational subjects build the analytical and scientific background required for advanced engineering study.The core of the program emphasizes both hardware and software integration through courses in programming concepts, object-oriented design, electronics, digital design, microprocessors, and algorithms. Students progress into advanced topics such as computer architecture, operating systems, embedded systems, compiler design, computer networks, and software engineering. This integrated approach ensures graduates are skilled in designing and analyzing both physical computing systems and complex software systems. The program also includes hands-on laboratory work and applied engineering projects to reinforce theoretical learning with practical experience.A major component of the degree is the senior design sequence, where students complete a multi-semester capstone project that integrates knowledge from across the curriculum. This includes both technical design work and courses addressing global and social issues in engineering, ensuring that students understand the broader impact of their work. Students also complete approved upper-division electives to further specialize in areas of interest such as systems design, networking, or embedded computing.Overall, the Computer Engineering BS program is structured to develop highly skilled engineers capable of working in diverse technology fields, including hardware design, software development, embedded systems, telecommunications, and computer systems architecture. Graduates are well-prepared for careers in industry or for graduate study, particularly in Silicon Valley’s competitive and rapidly evolving technology sector.