University of Kansas

What you'll study

The curriculum combines core electrical engineering theory with practical laboratory work and communications‑focused electives. Early years emphasise mathematics, physics and fundamentals such as circuit analysis, digital logic, programming and electronic materials. Core modules cover signals and systems, analog and digital electronics, electromagnetics, microprocessors and embedded systems, control systems, and probability and random processes for engineers.

• Laboratory and practical work: hands‑on labs in circuit design, digital systems, embedded microcontroller projects and communications testbeds.
• Communications topics: modulation and coding, wireless communications, digital signal processing, networking fundamentals and RF concepts.
• Design and integration: multidisciplinary team design projects culminating in a senior capstone where students propose, prototype and test a system.
• Mathematics and computing: calculus, differential equations, linear algebra and engineering programming for modelling and simulation.
• Electives and specialisation: students may choose electives or a concentration in areas such as embedded systems, power electronics, wireless/RF engineering or digital communications.

The degree typically includes general education requirements from the University of Kansas, professional skills modules (ethics, project management) and opportunities for undergraduate research with faculty in communications and signal processing.

Entry requirements

Applicants are expected to demonstrate strong achievement in mathematics and science at secondary level. Typical offers consider performance in advanced mathematics (such as calculus), physics and related STEM subjects. For US applicants, admission decisions consider high school GPA and the rigor of coursework; standardised test submission policies may vary.

International applicants should present equivalent secondary qualifications (for example, A‑levels, IB or national diplomas) with strong marks in mathematics and physics. The programme may also require proof of English language proficiency for non‑native speakers. Additional selection factors include personal statements, reference letters, and demonstrated interest in engineering through projects, competitions or relevant extracurricular activities.

Career prospects

Graduates are prepared for roles across telecommunications, electronics and systems engineering. Common career paths include:

• Telecommunications engineer or network systems engineer working on wireless, wired or optical communications.
• Embedded systems or firmware engineer designing microcontroller/processor‑based products.
• Electronics design engineer involved in analogue or digital circuit development, PCB design and testing.
• RF and wireless engineer working on antenna, propagation and radio frequency subsystems.
• Signal processing engineer in industries such as medical devices, audio/video, or remote sensing.
• Opportunities in power electronics, control systems, automation, and hardware verification, or continuing to graduate study and research.

Graduates find employment with telecommunications companies, electronics manufacturers, defence contractors, startups and research organisations, and benefit from internship and recruiting connections in the broader Kansas City engineering and technology ecosystem.

Why study at University of Kansas

The University of Kansas School of Engineering provides an ABET‑accredited electrical engineering programme that balances rigorous theory with extensive hands‑on experience. Students can access modern teaching laboratories, team project spaces and opportunities to work with faculty on communications and signal processing research.

Located in Lawrence with proximity to the Kansas City metropolitan area, the university offers connections to regional industry, internship opportunities and a range of student societies including the IEEE student chapter. The School emphasises professional development, entrepreneurship support and preparation for licensure or graduate study.