University of Massachusetts Amherst

What you'll study

The programme builds a strong core in mathematics, physics and electrical engineering fundamentals before moving into specialised topics in electronics and communications. Early study focuses on calculus, differential equations, linear algebra, introductory circuits and programming. Core electrical engineering modules typically include circuit analysis, electronic devices and circuits, digital logic and microprocessors, signals and systems, electromagnetics, and probability and random processes for engineers.

Later-year and specialised subjects emphasise communication and electronics, for example analogue and digital communications, wireless communications, radio‑frequency systems and antennas, digital signal processing, semiconductor devices and VLSI fundamentals, control systems and embedded systems design. Practical learning is embedded through laboratory modules covering analogue/digital circuit labs, RF and communications labs, FPGA and microcontroller labs, and senior design/capstone projects where students work in teams to deliver an engineering solution.

Students can choose electives to tailor the degree toward communications, microelectronics, or systems and controls. Coursework is complemented by opportunities for undergraduate research with faculty, industry-sponsored projects, internships and study abroad options subject to availability.

Entry requirements

Admissions to the undergraduate engineering programme are through the university’s standard undergraduate application process. Successful applicants present a strong academic record with emphasis on mathematics (calculus) and physics. Typical preparation includes high‑level secondary mathematics and physics courses; chemistry and computer science are advantageous.

For applicants from different systems, comparable qualifications (A‑levels, IB, national secondary school certificates) demonstrating proficiency in maths and science are expected. International applicants must meet the university’s English language proficiency requirements. The admissions process also considers the whole application package: personal statement, recommendation(s), extracurricular engagement (especially engineering or technical experience), and relevant coursework or projects.

Career prospects

Graduates are prepared for engineering roles in telecommunications, consumer and industrial electronics, RF and wireless systems, semiconductor and microelectronics industries, embedded and IoT systems, signal processing and control engineering. Common job titles include communications engineer, RF engineer, electronics design engineer, systems engineer, embedded systems developer and test or validation engineer.

Many graduates pursue further study at master’s or PhD level in electrical engineering, communications, computer engineering or related fields. The degree also provides a foundation for careers in technical consulting, product management and entrepreneurship within high‑technology sectors. Internship and co‑op experiences gained during study help with employer networks and practical readiness for the workplace.

Why study at University of Massachusetts Amherst

The College of Engineering at UMass Amherst combines a research‑active faculty with a strong undergraduate teaching programme. Students benefit from laboratory facilities and the chance to collaborate with faculty on funded research in areas such as communications, signal processing, photonics and microelectronics. The department emphasises hands‑on learning through maker spaces, electronics and RF labs, and a team‑based senior design project that mirrors industry practice.

UMass Amherst’s location and alumni network provide access to internships and industry contacts across the Northeast technology corridor as well as national research collaborations. Small class components at higher levels, engineering student societies and industry outreach activities help students build professional skills and prepare for careers or postgraduate study.