University of San Diego

What you'll study

The PhD in Computer Engineering is structured around advanced coursework, qualifying examinations, and an original research dissertation. Early stages of the programme typically combine foundational graduate courses with specialised electives to build depth in a candidate's chosen area of research. Students work closely with a faculty advisor to design a programme of study that supports dissertation work and professional development.

• Core and advanced coursework: Topics commonly studied include advanced computer architecture, digital VLSI design, embedded and real-time systems, FPGA and hardware prototyping, parallel and distributed systems, operating systems, and advanced topics in networking and communications.
• Specialist electives: Electives allow concentration in areas such as machine learning for systems, cybersecurity and secure hardware, robotics and autonomous systems, computer vision and sensor fusion, low-power and IoT system design, and hardware/software co-design.
• Research methods and seminars: Students participate in research seminars and methods courses covering experimental design, statistical analysis for systems research, reproducibility, and scholarly communication.
• Qualifying examination: After completing required coursework, students typically undertake a qualifying exam or portfolio to demonstrate readiness to pursue independent research.
• Dissertation research: The major component of the PhD is an original research project culminating in a published-quality dissertation and public defence. Research is often interdisciplinary and may involve collaboration with other departments, research centres, or industry partners in the San Diego technology ecosystem.

Entry requirements

Applicants are expected to hold a relevant master's degree or equivalent in computer engineering, electrical engineering, computer science or a closely related field; exceptionally well-qualified applicants with a strong bachelor’s degree and research experience may also be considered. Successful applicants normally demonstrate strong academic performance in prior study and evidence of research potential.

• Academic transcripts: Official transcripts showing relevant coursework and strong performance in mathematics, programming, and engineering subjects.
• Research experience: Prior research, publications, technical reports, or substantial project work is strongly preferred and helps demonstrate readiness for doctoral research.
• Letters of recommendation: Typically two to three academic or professional references who can speak to research ability and potential for doctoral study.
• Statement of purpose / research plan: A clear statement outlining research interests, prior work, and fit with potential faculty advisors and research groups at the university.
• CV / résumé: Detailing academic background, research experience, skills, and relevant publications or presentations.
• English language proficiency: Proof of English proficiency if applicable, according to the university's published requirements.

Career prospects

Graduates of the PhD in Computer Engineering pursue careers across academia, industry and government. Typical paths include faculty positions at universities, postdoctoral research, senior R&D roles in technology companies, principal engineering or architect roles focusing on hardware-software systems, and leadership positions in start-ups and research labs.

Because the programme emphasises both theoretical foundations and hands-on system design, graduates are well placed for roles in embedded systems design, semiconductor and VLSI development, robotics and autonomous platforms, cybersecurity and secure hardware, cloud and high-performance computing, and advanced networking. Graduates also work in national laboratories and industrial research centres where deep technical expertise and an ability to lead long-term research projects are required.

Why study at University of San Diego

The University of San Diego offers a PhD in Computer Engineering within the Shiley-Marcos School of Engineering, combining the benefits of a focused research environment with access to a vibrant regional technology ecosystem. Students can collaborate with faculty engaged in applied and theoretical research and benefit from interdisciplinary links across engineering and computer science.

Located in the San Diego area, the university provides proximity to a wide range of industry partners, defence and research laboratories, and start-up communities, which supports internships, sponsored research and technology transfer opportunities. The university’s emphasis on personalised mentorship, ethics-informed education, and professional development helps prepare graduates for diverse careers in research, teaching and industry leadership.