Grand Valley State University

What you'll study

The Computer Engineering bachelor’s degree is a broad, systems-focused programme that blends mathematics, physics, electronics and computer science. Core study areas include digital logic and circuit design, microprocessors and embedded systems, signals and systems, computer architecture, operating systems, networks, software engineering and control systems. Students complete coursework in calculus, differential equations, linear algebra and probability as the mathematical foundation for engineering topics.

Practical laboratory work is integral to the curriculum: students build and test circuits, develop firmware for microcontrollers, program hardware description languages (HDLs) for digital design, and work with real-time operating systems. The programme typically culminates in a year-long senior design or capstone project where teams define, design, prototype and document a complete engineering solution.

• Introductory and advanced programming (C/C++, Python, and low-level programming)
• Digital systems and logic design, HDL and FPGA implementation
• Analog and digital electronics, semiconductor devices
• Microprocessor/microcontroller architecture and embedded software
• Signals, systems and control theory
• Computer architecture, assembly language and operating systems
• Networking basics and cybersecurity principles
• Engineering design, ethics and project management

Typical structure

The degree combines a sequence of lower-division prerequisites in mathematics, physics and introductory engineering, mid-level core engineering courses, and upper-level specialisations and electives. Laboratory classes and team-based projects are scheduled throughout the programme to reinforce theoretical learning with practical experience.

Entry requirements

Applicants should hold a high school diploma or equivalent with strong preparation in mathematics and sciences. Typical preparation includes courses in algebra, precalculus or calculus, physics and a foundation in programming if available. Admissions consider academic record, coursework rigor and other supporting materials such as personal statements or recommendation letters where requested.

Because curricula are technical and cumulative, students are expected to be prepared for college-level calculus and physics on entry. Transfer students should have completed equivalent university-level STEM coursework to be considered for direct entry into upper-level classes.

Career prospects

Graduates of a computer engineering programme are qualified for roles at the intersection of hardware and software. Common career paths include embedded systems engineer, firmware or device driver developer, digital hardware designer, systems engineer, robotics engineer, network hardware engineer and applications engineer for electronics companies. Many alumni also pursue graduate study in electrical and computer engineering, computer science or related fields.

Because the programme emphasises hands-on design and project experience, graduates are well suited to roles in industries such as consumer electronics, automotive systems, telecommunications, aerospace, medical devices and industrial automation, as well as startups and government research labs. Co‑operative education placements and internships help students gain industry experience and professional connections prior to graduation.

Why study at Grand Valley State University

Grand Valley State University offers a student-centred environment with relatively small class sizes that support close interaction with faculty and advisers. The university emphasises experiential learning through laboratory courses, team design projects and industry internships. Students benefit from access to modern engineering laboratories, makerspaces and computing facilities that support prototyping and embedded-system development.

Faculty at Grand Valley bring a mix of academic and industry experience, mentoring students on technical skills and professional development. The university’s regional location provides connections to local and regional employers in automotive, manufacturing and technology sectors, creating pathways to internships and job placements. The programme’s focus on practical design experience and interdisciplinary skills prepares graduates for immediate employment or further study in engineering and technology fields.