John Hopkins University

What you'll study

This master’s pathway builds core competencies across communications, electronics and signal processing while allowing specialisation through elective choices and research projects. Typical coursework covers digital and wireless communications, information theory, error-control coding, signal processing for communications, RF/microwave systems, electromagnetics, and semiconductor device and circuit design. Students may also take complementary modules in networking, embedded systems, machine learning for communications, optical communications and hardware-software co-design.

The programme is offered with both coursework and research options. Coursework students concentrate on advanced electives and design projects, while research-track students undertake a supervised master’s thesis that can be closely connected to ongoing faculty research. Hands-on laboratory work, simulation projects and group design experiences form an important component, and students often engage with interdisciplinary centres and labs for applied research.

Entry requirements

Applicants are typically expected to hold a recognised bachelor’s degree in electrical engineering, electronic engineering, computer engineering, physics or a closely related technical field. Strong performance in undergraduate mathematics, circuits, signals and systems or equivalent courses is important. Admissions evaluate academic transcripts, a personal statement outlining preparation and research or career goals, letters of recommendation that speak to technical ability and potential, and a current CV.

International applicants must demonstrate English language proficiency through an approved test unless exempt; evidence of prior study in English may also satisfy this requirement. Relevant professional experience, publications or research experience are advantageous. Some applicants may be asked to provide examples of prior project work or technical coding experience; applicants should check the department’s specific guidance for any programme-specific prerequisites.

Career prospects

Graduates pursue roles across telecommunications, semiconductor and electronics industries, aerospace and defence, networking, and signal-processing firms. Typical job titles include communications engineer, RF/microwave engineer, systems engineer, network architect, embedded systems engineer, firmware or hardware design engineer, and algorithm or signal-processing engineer. Graduates are also well positioned to continue to doctoral research, work in national labs, or join start-ups and established companies developing 5G/6G systems, Internet of Things devices, optical networks, or advanced sensing platforms.

Johns Hopkins alumni in this field often move into interdisciplinary roles that combine communications expertise with data science, machine learning or systems engineering, and benefit from the university’s connections with industry partners, research centres and government labs.

Why study at Johns Hopkins University

Johns Hopkins is known for its strong research intensity and close collaboration between faculty and students. Electrical and computer engineering students benefit from access to world-class research groups, advanced laboratories and interdisciplinary centres, including opportunities to work with the Applied Physics Laboratory and departments across the Whiting School of Engineering. The department’s research spans theoretical foundations and applied systems, providing students with pathways into both academic research and industry innovation.

The university’s location supports engagement with regional technology companies, healthcare and defence research organisations, and a vibrant start-up ecosystem. Students also have access to career services, entrepreneurship resources and industry networking events that help translate technical training into careers. Small-course cohorts and faculty mentorship create an environment where students can pursue tailored study plans and research projects that align with their professional goals.