Widener University

What you'll study

The programme provides a foundation in mathematics, physics and core electrical engineering concepts in the first years, followed by specialised study in electronics, signals and systems, and communications. Typical subjects include circuit analysis, digital logic and microprocessors, analog and digital electronics, signals and systems, electromagnetic fields, control systems, communications engineering, and power and energy systems.

Laboratory work and practical skills are embedded throughout the curriculum with courses that pair lectures and hands-on labs (electronics labs, digital systems lab, communications and signal-processing labs). The degree culminates in a team-based senior capstone design project that emphasises system integration, technical documentation and project management. Supporting modules cover engineering ethics, professional practice and engineering mathematics (calculus, differential equations and linear algebra).

Entry requirements

Applicants should demonstrate a strong background in mathematics and physics. Typical offers require a high-school diploma (or equivalent) with successful completion of advanced mathematics (calculus where available) and physics courses. International applicants must meet English language proficiency requirements. Admissions decisions also consider transcripts, personal statements and relevant extracurricular experience; practical experience such as electronics hobby projects, robotics, or internships can strengthen an application.

Career prospects

• Electronics engineer: design, test and maintain electronic circuits and devices for consumer, industrial or medical products.
• Communications engineer / RF engineer: design and optimise wired and wireless communication systems, including networks and RF subsystems.
• Embedded systems developer: work on microcontroller- or FPGA-based systems for automotive, IoT and industrial applications.
• Control systems engineer: develop feedback and automation systems for manufacturing, aerospace and robotics.
• Test and validation engineer: create test plans, perform measurements in labs and ensure product compliance with standards.
• Further study and research: many graduates pursue master’s degrees or professional certification in specialised areas such as communications, power systems or signal processing.

Why study at Widener University

Widener offers a personalised learning environment with relatively small class sizes and accessible faculty who combine academic research with industry experience. The engineering curriculum is ABET-accredited, ensuring graduates meet recognised professional standards. Students benefit from well-equipped electronics and communications laboratories, project-focused courses and a strong emphasis on experiential learning through internships, co-op placements and the senior design sequence.

Located near Philadelphia, Widener provides access to regional engineering employers and professional networks, while career services support students with internships, job placement and preparation for professional licensure should graduates pursue it.