University of Michigan

What you'll study

This master's-level pathway in communications combines core electrical engineering topics with specialised courses in communications theory and implementation. Typical taught modules include digital and wireless communications, information theory and coding, advanced signal processing, RF and microwave circuit design, antennas and propagation, optical communications, and networking protocols. Students also study enabling subjects such as stochastic processes, estimation and detection theory, and embedded systems or VLSI as relevant to communications hardware.

Programme structure is flexible and commonly offered as coursework-only, project (non-thesis) or with a research thesis component. Coursework tracks focus on advanced technical breadth and practical laboratory or software projects, while the thesis option is oriented toward original research under a faculty supervisor. Many students also take elective modules from related areas — for example, machine learning for communications, cybersecurity for networks, or power electronics for wireless power transfer — and participate in hands-on laboratory courses and capstone projects.

Entry requirements

Applicants are normally required to hold a bachelor’s degree in electrical engineering, electronic engineering, computer engineering or a closely related discipline. Strong preparation in mathematics (calculus, linear algebra, probability), signals and systems, and circuit theory is expected. Academic performance at the undergraduate level should demonstrate the ability to succeed in graduate study.

Typical application components include official transcripts, a statement of purpose outlining research or career goals, two to three academic or professional letters of recommendation, and a curriculum vitae. Proof of English language proficiency is required for international applicants who do not meet the university’s exemptions. Where applicable, GRE results may be submitted, but requirements and weight placed on standardised tests vary by admission cycle.

Career prospects

Graduates from this programme go on to technical and leadership roles across the communications and electronics industries. Common job titles include communications engineer, RF/microwave engineer, systems engineer, signal processing engineer, network engineer, wireless systems designer, and firmware/embedded systems engineer. Employers range from telecommunications operators and equipment manufacturers to semiconductor companies, defence and aerospace firms, software and cloud-service companies, and startups focused on IoT, 5G/6G and beyond.

Graduates are also well prepared for doctoral study and careers in research and development at universities, national laboratories and corporate research centres. The combination of theoretical foundations and applied lab or project experience makes alumni competitive for roles that require both system-level understanding and hands-on design or implementation skills.

Why study at University of Michigan

The University of Michigan’s engineering school offers a large, research-intensive environment with extensive laboratory facilities, interdisciplinary centres and strong industry connections. Students benefit from access to state-of-the-art RF, photonics and communications labs, opportunities for collaboration across departments (computer science, robotics, materials science) and engagement with translational programmes that support entrepreneurship and technology transfer.

Located in a vibrant research community, the department has active collaborations with regional and global companies, which supports internships and project partnerships. Dedicated career services and an extensive alumni network further assist students in transitioning to technical roles or continuing in research. The programme’s flexible structure and breadth of electives enable students to tailor their studies to specific interests within communications engineering.