Lewis University

What you'll study

This master’s programme combines advanced coursework with hands‑on laboratory work and a capstone research or design project. Core topics typically include advanced digital system design, microprocessors and embedded systems, computer architecture, VLSI and FPGA design, analogue and power electronics, signals and systems, and communications. Electives allow specialisation in areas such as real‑time and safety‑critical systems, wireless networking and IoT, machine learning for edge devices, cybersecurity for embedded systems, and control systems.

Course delivery emphasises applied practice: students work with development boards, FPGA toolchains, hardware description languages, embedded operating systems, and lab instrumentation. The programme usually offers a choice between a project/capstone stream and a thesis stream, enabling either industry‑oriented design work or a research focus suitable for progression to doctoral study.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in electrical engineering, computer engineering, computer science or a closely related technical field. Candidates should have foundational preparation in calculus, linear algebra, basic circuit theory, digital logic, and programming; bridge or preparatory courses are normally available for applicants who are strong but lack specific prerequisites.

Typical admission materials include an academic transcript, a statement of purpose outlining objectives and relevant experience, and references from academic or professional referees. International applicants must meet English language proficiency requirements. Lewis University considers professional experience, academic record and the overall fit of the applicant’s background when making admissions decisions.

Career prospects

Graduates move into roles across hardware and software systems engineering in sectors that include aerospace, automotive, telecommunications, consumer electronics, industrial automation and medical devices. Common job titles include embedded systems engineer, firmware developer, FPGA/ASIC designer, hardware engineer, systems architect, controls engineer and network/communications engineer. The degree also supports careers in product development, technical project leadership, research and development, and provides preparation for doctoral studies or professional licensure where applicable.

Why study at Lewis University

Lewis offers a small cohort environment with faculty who combine academic credentials and industry experience, enabling personalised mentoring and applied instruction. The programme emphasises laboratory work and project‑based learning, with access to modern electronics, embedded systems and communications labs. Flexible scheduling and evening or hybrid course options make the programme accessible to working professionals. Lewis’s location near the Chicago metropolitan area provides connections to regional industry and internship opportunities, while the university’s career services support job search and employer outreach for graduate students.