Kent State University

What you'll study

The programme is structured around a solid foundation in mathematics, physics and basic engineering principles, followed by progressively specialised courses in electrical and computer engineering. Early years typically cover calculus, linear algebra, differential equations, physics, chemistry and introductory engineering design.

Core electrical and computer engineering topics include circuit analysis, electronic devices, digital logic and computer architecture, signals and systems, microprocessors and embedded systems, control systems, electromagnetics and communications. Laboratory courses and hands‑on projects are integrated throughout the curriculum to develop practical skills in circuit assembly, PCB design, programming microcontrollers, FPGA/HDL development, signal processing and test & measurement techniques.

Students complete a senior capstone design project that emphasises team-based problem solving, design documentation and presentation. The degree also includes programme electives that allow focus areas such as power and energy systems, VLSI and semiconductor devices, robotics and automation, wireless communications, or advanced software for systems. General education requirements ensure breadth in writing, humanities and social sciences.

Entry requirements

Admission is competitive and based on academic preparation in college‑preparatory subjects. Successful applicants typically present strong grades in mathematics (including calculus), physics and other science courses. High school coursework in chemistry and computer science is advantageous.

Kent State evaluates applicants holistically; qualifications that strengthen an application include a rigorous course load, letters of recommendation, extracurricular involvement (especially in STEM clubs, robotics or engineering projects), and a clear interest in engineering fields. International applicants must demonstrate English language proficiency via an approved test or equivalent pathway. Transfer students are considered with evaluation of previous college coursework for credit toward programme requirements.

Career prospects

Graduates are prepared for technical roles in a wide range of industries. Typical entry‑level positions include electrical engineer, computer/embedded systems engineer, hardware designer, controls and automation engineer, systems engineer, test and validation engineer, firmware or software engineer, and network or communications engineer.

Alumni work in sectors such as telecommunications, semiconductor and microelectronics, automotive and autonomous systems, aerospace and defence, power and energy, medical devices, industrial automation and consumer electronics. Many graduates pursue graduate study (MS, PhD) or professional licensure (PE) to advance research, design leadership or specialist careers. The programme’s emphasis on labs, internships and capstone design also supports entrepreneurship and roles in start‑ups.

Why study at Kent State University

Kent State’s electrical and computer engineering programme is delivered by faculty with expertise across both foundational and applied areas, offering a balance of theory and project‑based learning. The school provides modern laboratory facilities, access to instrumentation for circuits, embedded systems and communications, and opportunities to work on multidisciplinary projects.

Students benefit from internship and co‑op connections with regional industry, an active student chapter of professional organisations (such as IEEE), and career services that support job placement and experiential learning. Small class sizes in upper‑level courses and a required capstone project foster close faculty mentoring and teamwork experience that employers value.

The programme’s curriculum and lab emphasis prepare graduates to meet contemporary engineering challenges while leaving options open for specialisation, graduate study or professional certification.