Fairleigh Dickinson University

What you'll study

The programme blends core electrical engineering fundamentals with specialised subjects in electronics and communications. Study begins with mathematics, physics and basic engineering science before moving into circuits, digital systems, electromagnetics and programming. Laboratory work and project-based courses are integrated throughout to develop practical skills.

• Core modules: Circuit Analysis, Digital Logic and Microprocessors, Signals and Systems, Electromagnetics, Control Systems, Power Systems fundamentals.
• Electronics and communications modules: Analog and Digital Electronics, Communication Systems, Wireless Communications, RF and Microwave Engineering, Signal Processing, Optical Communications.
• Supporting modules: Probability and Statistics for Engineers, Computer Programming for Engineers, Embedded Systems, Electronics Manufacturing and Testing, Engineering Design and Ethics.
• Laboratory and design projects: Regular hands-on labs in circuits, electronics, communications and embedded systems; a capstone senior design project that typically involves team-based design, prototyping and formal reporting.
• Optional or elective topics: Networking and IoT, Renewable Energy and Power Electronics, Advanced Digital Signal Processing, Machine Learning for Communications.

The programme emphasises accreditation-aligned outcomes such as problem solving, system design, laboratory competence, teamwork and communication. Students frequently undertake internships or cooperative placements to gain industry experience.

Entry requirements

Applicants are normally expected to have a strong background in mathematics and science from secondary education. Typical academic entry includes completion of high-school qualifications with good grades in mathematics and physics or equivalent subjects. International applicants should present comparable secondary credentials and proof of English proficiency if the previous instruction was not in English.

Most applicants will also be asked to provide a personal statement outlining interest in engineering, and some programmes may consider portfolios or evidence of relevant practical experience, maths contest participation, or extracurricular STEM activities. Mature applicants with appropriate technical experience are considered on an individual basis.

Career prospects

Graduates are prepared for roles across electrical, electronics and communications sectors. Common entry-level positions include:

• Electronics design engineer or test engineer
• Communications engineer or RF engineer
• Embedded systems developer or firmware engineer
• Network engineer or telecommunications systems analyst
• Control systems engineer and automation engineer

With experience, graduates may progress into senior engineering, project management, systems architecture, research and development, or technical sales. The degree also provides a foundation for postgraduate study in electrical engineering, communications, signal processing or related fields.

Why study at Fairleigh Dickinson University

Fairleigh Dickinson offers a personalised learning environment with small class sizes and close faculty mentoring. The programme combines theoretical instruction with extensive laboratory work and opportunities for industry internship placements, enabling students to build practical, job-ready skills.

The university’s engineering curriculum is designed to meet professional accreditation standards and to align with current industry needs in electronics and communications. Students benefit from modern lab facilities, collaborative projects, and access to career services that support internships, co‑ops and employer connections in the region and beyond.

Additionally, the campus environment and international student body provide opportunities for teamwork across diverse perspectives, preparing graduates to work in global engineering teams and multicultural workplaces.