Case Western Reserve University

What you'll study

The programme builds a core in mathematics, physics and fundamental electrical engineering before moving into electronics and communications specialisms. Early-year modules typically cover circuits and electronics, signals and systems, calculus and linear algebra, programming for engineers, and electromagnetics. In later years you study subjects such as analog and digital electronics, digital signal processing, communication theory, wireless communications, RF systems and antennas, control systems, microprocessors and embedded systems, and photonics or optical communications.

Hands-on laboratory classes and project work are central: students complete electronics and communications labs, instrumentation and measurement exercises, and software-based signal-processing assignments. The curriculum normally culminates in a year-long capstone design project where teams develop a functioning system — for example a wireless link, an embedded sensor network, or a signal-processing application — supported by faculty supervision.

Students may choose electives to deepen expertise in areas such as information theory, networked systems, machine learning for communications, VLSI design, and cybersecurity. There are opportunities for undergraduate research with faculty in communications, signal processing and related areas, plus internships or co‑op placements with local industry and research partners.

Entry requirements

Applicants should demonstrate a strong background in mathematics and physics from secondary education, with courses in calculus recommended. Typical academic preparation includes high grades in pre‑university mathematics and science subjects and evidence of problem‑solving ability. Admissions assessors consider the whole application: academic transcripts, personal statement describing interest in engineering, teacher or guidance recommendations, and any relevant project or extracurricular experience such as robotics, electronics clubs or programming.

As an American university, Case Western Reserve University also evaluates applicants on the basis of a rigorous academic record and fit with programme expectations. International applicants must demonstrate proficiency in English. Prospective students are encouraged to discuss placement and preparatory options with the admissions office if their preparation differs from the standard curriculum.

Career prospects

Graduates enter a wide range of roles across telecommunications, consumer electronics, aerospace, defence, medical devices, and networked systems. Common job titles include communications engineer, RF/wireless engineer, embedded systems engineer, signal-processing engineer, hardware design engineer, and systems integration engineer. Graduates also work in software roles tied to communications and networking, such as network engineer or firmware developer.

Many students pursue graduate study (MEng, MS, PhD) in electrical engineering, communications, or related fields to specialise further or move into research and development. The programme provides a solid foundation for professional engineering registration where applicable and for careers in startups, established technology firms, research labs and consulting.

Why study at Case Western Reserve University

Case Western Reserve University’s engineering programmes are delivered through a research‑active school that emphasises project‑based learning and early engagement in research. Students benefit from close faculty mentorship, interdisciplinary collaboration across campus, and access to modern laboratories and maker facilities for electronics and communications projects.

The university’s location in Cleveland provides proximity to a diverse technology and healthcare ecosystem with internship and co‑op opportunities in telecommunications, medical device companies, aerospace suppliers and startups. Dedicated career services and strong employer connections help students secure internships and graduate positions. The programme’s combination of rigorous fundamentals, practical laboratory experience and options for undergraduate research prepares graduates for immediate employment or advanced study in communications and related fields.