Lewis University

What you'll study

The programme blends core engineering science with computer science and electronics. Early years introduce calculus, linear algebra, physics, circuit theory and programming fundamentals. Core computer engineering modules typically include digital logic and design, microprocessors and embedded systems, analog and digital electronics, signals and systems, computer architecture, operating systems, data structures and algorithms, and communications/networks.

Lab work and practical projects are a substantial component: you will work in electronics and embedded systems laboratories, design printed circuit boards, program microcontrollers in C/C++, and develop FPGA or HDL‑based digital designs. A senior capstone design sequence gives experience in multi‑disciplinary team projects from concept through prototype, often with industry sponsors.

Students also complete general education requirements and may choose electives or technical concentrations — for example robotics, control systems, cybersecurity, wireless communications, or VLSI/ASIC topics — depending on available offerings and faculty expertise.

Entry requirements

Applicants should hold a recognised secondary school diploma with strong preparation in mathematics (including precalculus or calculus) and physics. Typical first‑year entrants present solid grades in maths and science courses; successful applicants demonstrate problem‑solving skills and interest in hands‑on engineering work.

Lewis University considers a range of academic credentials for admission. Transfer applicants with completed college engineering or related coursework may receive credit after transcript evaluation. International applicants are expected to meet English proficiency requirements.

Beyond academic qualifications, applicants benefit from submitting evidence of relevant experience or interest, such as programming projects, robotics involvement, internships, or participation in STEM extracurricular activities.

Career prospects

Graduates with a Bachelor’s in Computer Engineering go into roles that bridge hardware and software. Common entry positions include embedded systems engineer, hardware design engineer, firmware developer, systems integrator, test and validation engineer, and network or communications engineer.

Employers span industries: semiconductor and electronics companies, aerospace and defence contractors, automotive firms (including work on autonomous and connected vehicles), telecommunications providers, industrial automation suppliers, and technology start‑ups focused on IoT and robotics. Many graduates also continue to graduate study in electrical engineering, computer engineering or computer science, or pursue professional engineering licensure.

Why study at Lewis University

Lewis offers a student‑centred environment with relatively small class sizes and accessible faculty, which supports close mentoring and hands‑on instruction. The engineering curriculum emphasises applied learning through well‑equipped labs, project courses and a senior capstone sequence that prepares students for workplace collaboration and design challenges.

The university’s location provides access to internship and employment opportunities in the greater Chicago region and beyond. Lewis encourages professional development through student chapters of technical societies, career services that connect students with industry partners, and pathways to professional licensure. The programme’s practical focus equips graduates to move quickly into technical roles or further study.