Loyola University Chicago

What you'll study

The Master’s in Computer Engineering builds on core engineering fundamentals and advances into specialised topics that bridge hardware and software. Typical course topics include computer architecture and organisation, digital systems and VLSI design, embedded and real‑time systems, microprocessors and firmware, operating systems, networking fundamentals, and hardware/software co‑design. Elective options commonly allow study of machine learning for embedded devices, FPGA development, IoT systems, signal processing, and cybersecurity for cyber‑physical systems.

Students usually choose between a project/capstone option and a research/thesis option. The capstone emphasises practical, team‑based design work with an applied deliverable, often involving collaboration with industry partners or other university departments. The research pathway focuses on an independent investigation under faculty supervision, preparing students for research roles or doctoral study.

Entry requirements

• Bachelor’s degree in computer engineering, electrical engineering, computer science or a closely related technical discipline from an accredited institution.
• A strong academic record in relevant undergraduate coursework such as programming, data structures, discrete mathematics, circuits, and signals; applicants with non‑engineering degrees may be considered if they demonstrate equivalent preparation.
• Academic transcripts, a current CV or résumé, a personal statement outlining academic and professional goals, and at least one letter of recommendation from an academic or professional referee.
• Graduate admissions tests and English language proficiency tests may be required depending on the applicant’s background and the specific admissions pathway; consult the programme for current testing policies.
• Relevant professional experience, research experience, or undergraduate project work can strengthen an application, particularly for the capstone or research tracks.

Career prospects

Graduates of a Master’s in Computer Engineering typically move into roles that require integrated hardware and software expertise. Common career paths include embedded systems engineer, FPGA/VLSI designer, firmware engineer, systems architect, IoT developer, robotics engineer, network and communications engineer, and cybersecurity specialist for industrial or critical systems. The degree also prepares students for further study at the doctoral level or for technical leadership positions in product development, research and development, and systems integration across sectors such as technology, automotive, aerospace, medical devices, and manufacturing.

Why study at Loyola University Chicago

• Interdisciplinary, student‑centred teaching with small class sizes that allow close interaction with faculty experienced in both academic research and applied engineering.
• Strategic location in the Chicago region, offering access to a broad range of technology employers, startups, and industry partners for internships, capstone projects and recruitment.
• Opportunities to work on applied projects and research that span computer science, electrical engineering, and data analytics, enabling graduates to tackle real‑world engineering challenges.
• Support services including academic advising, career services and industry networking events to help students transition into professional roles or continue to doctoral study.
• A values‑based Jesuit education that emphasises ethical practice, social responsibility and collaborative problem solving alongside technical excellence.