Chapman University

What you'll study

The programme combines core engineering science, computer science and hands-on laboratory work. Early years concentrate on calculus, linear algebra, physics (particularly electricity and magnetism), introductory programming and digital logic. Progressing into upper-level modules, typical topics include microprocessor and embedded systems design, computer architecture, operating systems, software engineering, signals and systems, circuits and electronics, digital and analogue design, communications and networking, and an introduction to VLSI and hardware description languages.

Courses are supported by practical lab classes and project work: microcontroller and FPGA labs, PCB design and testing, embedded software development, and systems integration. The degree culminates in a multidisciplinary senior design or capstone project where students plan, build and demonstrate a functioning system, often in teams and sometimes in collaboration with industry partners.

• Foundations: calculus, differential equations, linear algebra, physics for engineers
• Core engineering: circuits, digital systems, signals and systems, electronics
• Computer science core: data structures, algorithms, operating systems, software engineering
• Specialist topics: embedded systems, microprocessors, FPGA and HDL design, computer architecture, networking, cybersecurity, IoT and robotics
• Capstone design project plus laboratory modules and elective courses allowing specialisation

Entry requirements

Applicants are expected to demonstrate strong achievement in mathematics and a science (typically physics). Successful candidates usually present a high school diploma with strong grades in calculus and physics or equivalent qualifications. For applicants presenting international qualifications, higher-level mathematics (or equivalent) is expected; specific offers depend on the curriculum and grading system.

Admissions take into account the overall academic record, a personal statement outlining interest in engineering, and letters of recommendation. Prior experience with programming, electronics hobby projects, robotics clubs or relevant summer programmes strengthens an application. Standardised tests may be considered where provided, but specific testing policies and requirements should be checked with Chapman University's admissions office.

Career prospects

Graduates with a computer engineering bachelor’s degree move into roles that bridge hardware and software. Typical job titles include embedded systems engineer, firmware engineer, hardware design engineer, systems engineer, FPGA developer, IoT developer, robotics engineer and network or systems architect. Graduates also work in sectors such as consumer electronics, telecommunications, automotive and autonomous systems, aerospace and defence, semiconductor companies, medical devices and industrial automation.

Many graduates pursue further study in electrical or computer engineering, computer science, or specialised fields such as robotics and machine learning. Chapman’s career services and local industry connections in Orange County and the wider Southern California technology and aerospace ecosystem support internships and graduate recruitment.

Why study at Chapman University

Chapman University offers small class sizes and close faculty mentoring that benefit undergraduates in technically demanding programmes. The institution emphasises experiential learning through lab work, team-based projects and a senior capstone experience. Students have access to makerspaces, electronics and fabrication labs and opportunities for undergraduate research and cross-disciplinary collaboration with business, film and arts programmes.

Located in Orange County, Chapman provides proximity to a broad regional network of technology, aerospace and start-up employers, which helps with internship and industry collaboration opportunities. Strong career services, alumni networks and industry engagement are designed to help students transition from study to professional roles or further graduate study.