University of Massachusetts Boston

What you'll study

The programme combines core electrical engineering theory with practical laboratory experience and specialised courses in communications. In the early years you will build a foundation in calculus, linear algebra, differential equations, classical physics and introductory programming. Core engineering topics typically include circuit analysis, electronic devices and circuits, digital logic and microprocessors, signals and systems, and electromagnetics.

• Analog and digital circuit design and laboratory practice
• Signals and systems, Fourier analysis and transforms
• Digital signal processing and communications theory (modulation, coding, channel models)
• Microcontrollers, embedded systems and hardware description languages (e.g. HDL/FPGA workflows)
• Electromagnetics, antennas and radio‑frequency fundamentals
• Control systems and feedback theory
• Computer networks, wireless communications and networking protocols
• Senior design project or capstone, integrating design, documentation and team work

Laboratory courses and project work are emphasised throughout the programme to develop hands‑on skills in measurement, instrumentation, PCB prototyping, RF testing and software‑defined radio. Elective options often allow deeper study in areas such as wireless systems, optical communications, signal processing for communications, or power electronics depending on student interest.

Entry requirements

Applicants are normally expected to hold a recognised secondary school diploma with strong preparation in mathematics (including calculus) and physics. Typical preparation includes high achievement in algebra, trigonometry, calculus and a solid background in laboratory science.

• Secondary school transcripts showing competence in mathematics and physics
• Some programmes consider portfolios of projects, letters of recommendation and personal statements demonstrating interest in engineering
• International applicants should demonstrate equivalent academic preparation and English language proficiency
• Transfer applicants from community colleges are considered; prior coursework in calculus, physics and introductory engineering/electronics is advantageous

Specific admissions criteria and any testing or prerequisite requirements are set by the university and may vary; applicants should consult the official admissions guidance for precise requirements.

Career prospects

Graduates move into roles across telecommunications, electronics, network engineering and embedded systems. Typical entry-level and mid-career roles include:

• Communications engineer (wireless, optical or satellite)
• RF and antenna design engineer
• Embedded systems developer and firmware engineer
• Network engineer and systems integrator
• Test, validation and instrumentation engineer
• Hardware design engineer (PCB, mixed‑signal systems)
• Technical roles in defence, aerospace, medical devices and industrial automation

Graduates also commonly continue to postgraduate study in electrical engineering, communications, computer engineering or related fields, or pursue professional certification and licensure where applicable.

Why study at University of Massachusetts Boston

University of Massachusetts Boston offers an engineering education set within an urban research university, providing access to industry connections across the Boston area. Students benefit from practical, lab‑focused teaching and opportunities to work on real projects through capstone courses, undergraduate research and internships with regional technology and communications companies.

The university emphasises access and support for a diverse student body, with academic advising, tutoring and career services geared to help students transition into professional roles. Faculty typically combine teaching with applied research, and the campus location facilitates collaboration with local industry, research centres and graduate programmes across the Boston metropolitan area.