Case Western Reserve University

What you'll study

The PhD in Computer Engineering emphasises deep, original research supported by advanced coursework and hands-on laboratory work. Students typically undertake a combination of core graduate courses, electives tailored to their specialisation, qualifying examinations, and a dissertation based on original research under faculty supervision.

• Core and foundation topics: advanced digital design and VLSI systems, computer architecture, operating systems, embedded systems, and signal processing for computing systems.
• Advanced and elective topics: hardware-software co-design, reconfigurable computing and FPGAs, low-power and reliable computing, parallel and distributed systems, real-time systems, networking, security for embedded/IoT devices, and machine learning for systems.
• Research methods and seminars: graduate seminars, research methods, scientific communication, and specialised readings courses to prepare for independent research and dissertation work.
• Laboratory and project work: significant hands-on work in departmental and interdepartmental labs (for example in embedded systems, robotics, or VLSI prototyping) including prototype development, measurement and evaluation of systems, and collaboration with faculty-led research groups.
• Doctoral milestones: completion of required coursework, passing qualifying and candidacy examinations, formation of a supervisory committee, and successful defence of an original dissertation.

Entry requirements

Admission to the PhD programme is competitive and seeks applicants with strong academic preparation and clear research potential. Typical requirements include:

• Academic background: a relevant master’s degree is common but applicants with an exceptional bachelor’s degree in computer engineering, electrical engineering, computer science or a closely related field may be considered.
• Academic transcripts: strong performance in core undergraduate and graduate coursework, particularly in areas such as digital systems, algorithms, computer architecture and programming.
• Research experience: evidence of research potential, such as a master’s thesis, publications, technical reports, or substantial research or development projects, is highly valued.
• Recommendations: letters of recommendation from faculty or professionals who can assess the applicant’s research ability and readiness for doctoral study.
• Statement of purpose: a clear research statement outlining interests, proposed directions, and potential faculty collaborators within the department.
• Additional materials: a CV/resume and any relevant publications or code repositories. International applicants may need to demonstrate English language proficiency through accepted tests or other evidence per university policy.

Career prospects

Graduates of the PhD in Computer Engineering pursue a wide range of careers in academia, industry research labs, and technology-driven enterprises. Typical career paths include:

• Academic roles: tenure-track faculty positions, postdoctoral research appointments, and teaching-focused academic careers.
• Industry research and development: senior roles in R&D groups at semiconductor companies, hardware and systems design teams, companies developing embedded and real-time platforms, and organisations working on networking and cyber-physical systems.
• Applied research in labs: positions in national laboratories and corporate research centres focusing on areas such as computer architecture, machine learning systems, robotics, and IoT security.
• Leadership and technical specialist roles: principal engineer, systems architect, technical lead for hardware-software integration projects, and CTO or senior research scientist roles in startups and established firms.

Why study at Case Western Reserve University

Case Western Reserve University offers a collaborative research environment within a strong engineering school and close ties to clinical, biomedical and industry partners in the Cleveland region and beyond. The Department of Electrical, Computer and Systems Engineering and affiliated centres provide access to specialised laboratories, interdisciplinary research initiatives and faculty with expertise across both hardware and systems-oriented computing.

Students benefit from small class sizes, personalised supervision, and opportunities for cross-disciplinary collaboration with departments such as Computer Science, Biomedical Engineering and Mechanical & Aerospace Engineering. Funding support, teaching and research assistantships, and connections to local technology companies and research consortia help PhD candidates gain practical experience and professional networks to launch research or industry careers.