University of Michigan

What you'll study

The curriculum builds a strong foundation in calculus, linear algebra, physics and computer programming before moving into core electrical engineering topics. Early courses cover circuit analysis, electronics, and signals and systems. Core communications and related subjects typically include analogue and digital communications, digital signal processing, information theory, wireless communications, RF and microwave engineering, and network protocols.

Laboratory and practical components are an integral part of the programme: students complete electronics and communications labs, embedded systems projects, and a year‑long capstone design sequence that emphasises interdisciplinary team work and real‑world problem solving. Electives and special topics allow deeper study in areas such as antenna design, optical communications, MIMO systems, machine learning for communications, software‑defined radio, and hardware design.

Students can also take advantage of cross‑disciplinary offerings across computer science, data science, control systems and applied mathematics, and may pursue independent study or research projects with faculty in communications, signal processing and wireless systems.

Entry requirements

Applicants are expected to have strong preparation in mathematics (including calculus), physics and computer science or programming. Typical successful applicants present a record of high academic achievement in secondary school, with advanced coursework where available (for example AP, IB or other national advanced programmes). Admissions decisions consider the whole profile: academic grades, coursework rigour, letters of recommendation, personal statement and extracurricular engagement in relevant technical activities.

International applicants should demonstrate equivalent secondary qualifications and proficiency in English through recognised tests if required by the university. Prospective transfer students are evaluated on college coursework completed, with attention to foundational STEM courses matching the programme requirements.

Career prospects

Graduates are prepared for roles in telecommunications, wireless and mobile systems, networking, signal processing, RF and microwave engineering, semiconductor and hardware design, and systems engineering. Typical job titles include communications engineer, RF engineer, signal processing engineer, network engineer, embedded systems engineer and test and validation engineer.

Many graduates move into research and development roles in industry, join startups, work for large technology, telecommunications and defence companies, or continue to postgraduate study (master’s or PhD) in electrical engineering, communications or related fields. The programme’s emphasis on hands‑on projects and industry engagement also supports entrepreneurship and product development careers.

Why study at University of Michigan

The University of Michigan College of Engineering offers comprehensive teaching combined with active research in communications, signal processing and wireless systems. Students benefit from access to well‑equipped laboratories, interdisciplinary research groups and hands‑on design programmes that connect classroom theory to practical engineering challenges.

Located in Ann Arbor, the university fosters strong industry partnerships and a broad alumni network that support internships, cooperative projects and career placement. The college emphasises experiential learning, undergraduate research opportunities and mentoring, giving students pathways to professional practice or advanced study in electrical and communications engineering.