Fairleigh Dickinson University

What you'll study

The programme builds a foundation in mathematics, physics and engineering principles before moving into specialised electronic engineering topics. Teaching mixes lectures, laboratory sessions, design projects and a senior capstone experience.

• Fundamental modules: calculus, linear algebra, differential equations, physics for engineers, engineering computing.
• Core electrical and electronics: circuit analysis, electronic devices and analog electronics, digital logic and microprocessors, signals and systems.
• Specialist areas: control systems, communications and signal processing, power systems and electrical machines, electromagnetics and antenna theory, embedded systems and integrated circuit basics.
• Practical and design work: electronics and digital laboratories, PCB design and testing, hardware/software integration, microcontroller and FPGA projects.
• Capstone project: team-based engineering design project in the final year that emphasises problem definition, prototyping, testing and technical communication.
• General education and professional skills: technical writing, ethics, project management and elective modules that allow topical breadth or interdisciplinary study.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with strong performance in mathematics (including calculus where available) and physics. Typical offers require a combination of high school grades and subject prerequisites; applicants from different educational systems are assessed on their comparable qualifications.

International applicants must demonstrate English proficiency through recognised tests or prior education taught in English unless exempt. Mature applicants and those with relevant preparatory college coursework or AP/IB credits may be considered for advanced standing.

Career prospects

Graduates enter a wide range of roles in industry and research. Common job titles include electrical engineer, electronics design engineer, test and validation engineer, embedded systems engineer, controls engineer and telecommunications engineer.

• Workplaces include consumer electronics, telecommunications companies, power utilities, transportation and automotive firms, defence and aerospace, manufacturing, and R&D laboratories.
• Career paths often progress from technical engineering roles into specialist design, systems engineering, project management or consultancy.
• Many graduates also pursue postgraduate study in electrical engineering, computer engineering, or related fields, or undertake professional certification and licensure where applicable.

Why study at Fairleigh Dickinson University

Fairleigh Dickinson offers a personalised learning environment with accessible faculty and hands-on laboratory facilities that support practical electronic and electrical training. The university’s location provides proximity to regional technology and engineering employers, aiding internship and co-op opportunities.

Students benefit from a curriculum that emphasises applied design, teamwork and communication skills alongside technical depth, preparing graduates to move directly into industry roles or further study. Faculty typically have a mix of academic and industry experience, and the university supports career services to help students connect with employers and professional networks.