University of Chicago

What you'll study

The curriculum combines core engineering theory with hands-on laboratory and project work. Core topics typically include digital and analog communications, information theory, wireless and mobile networks, signal processing for communications, electromagnetic theory and RF systems, and circuits and electronics. Advanced and elective modules allow specialisation in areas such as multiple-input multiple-output (MIMO) systems, cognitive radio, network coding, compressed sensing, optical communications, millimetre-wave systems, and hardware-software codesign for embedded communications.

Teaching is delivered through a mix of lectures, problem classes, laboratory sessions and project-based work. Typical assessment methods include examinations, coursework, laboratory reports and a substantial capstone project or master's thesis that emphasises design, simulation and experimental validation. Students also have opportunities to engage with faculty research groups focusing on wireless testbeds, software-defined radio, photonics, RFIC design and communications theory, and to collaborate with nearby national laboratories and industry partners.

Entry requirements

Applicants are expected to hold a good undergraduate degree (or equivalent) in electrical engineering, electronics, computer engineering, physics, mathematics or a closely related quantitative discipline. Successful candidates typically demonstrate strong foundations in calculus, linear algebra, probability and signals and systems. Prior coursework in digital communications, electromagnetics or circuits is advantageous.

Applications normally require an academic transcript, a personal statement outlining academic and professional goals, and two academic or professional references. A CV or résumé is usually requested. Where English is not the applicant's first language, an approved proof of English proficiency is required. Some applicants with exceptional quantitative records and research experience may be invited to interview. International applicants may need to provide additional documentation to satisfy visa and regulatory requirements.

Career prospects

Graduates move into technical and research roles across the communications ecosystem. Common career destinations include design engineering and systems engineering roles in telecommunications operators, network equipment vendors, satellite and aerospace companies, semiconductor and RFIC firms, and companies building wireless infrastructure. Graduates are also sought for positions in software-defined radio, embedded systems, signal-processing algorithm development, and wireless systems integration.

Beyond industry R&D, alumni pursue roles in systems architecture, technical consultancy, product management for communications technologies, and start-ups focused on IoT, 5G/6G and edge connectivity. The programme additionally provides a solid foundation for those continuing to PhD study in communications, information theory, signal processing and related areas.

Why study at University of Chicago

The University of Chicago emphasises rigorous, quantitative training and interdisciplinary research, which benefits students aiming to tackle foundational and applied problems in communications engineering. Students gain access to faculty whose research spans theoretical information science through to experimental wireless systems, and to collaborative facilities and partnerships with nearby national laboratories and industry partners.

The university environment encourages cross‑disciplinary study with strengths in applied mathematics, computer science and data science that complement communications engineering. Graduate students can take advantage of research seminars, collaboration opportunities, and career support services that help translate technical skills into industry or academic careers.