Master in Electrical Engineering

The University of Bridgeport is an urban private university founded in 1927 and located in Bridgeport, Connecticut, within easy reach of New York City. Home to just over 4,100 students, including an international cohort, the campus emphasizes diversity, global engagement and a practical approach to higher education. Its compact campus fosters close faculty-student interaction while providing access to metropolitan internship and employment markets.

UB offers a broad selection of undergraduate and graduate programs, professional degrees and hands-on learning experiences across more than two dozen academic areas. The university prioritizes experiential learning, applied research and career readiness, with faculty who are active practitioners and researchers. Students benefit from internships, cooperative projects and community-engaged scholarship that connect academic study with workplace skills and professional networks.

Support services for international students include orientation, advising and multicultural activities that ease transition and promote inclusion. The university's urban location creates opportunities for internships, cultural experiences and partnerships with regional employers, while career services and alumni networks assist graduates in launching careers. For international applicants seeking a practical, career-focused education in an accessible Northeastern setting, the University of Bridgeport offers a supportive environment with clear pathways to employment and further study.

The Master in Electrical Engineering at the University of Bridgeport offers a comprehensive, technology‑driven education designed for students eager to innovate in power systems, communications, and emerging electronic fields. Core courses delve into advanced circuit analysis, signal processing, and renewable energy technologies, while electives let you specialize in areas such as nanotechnology, robotics, or smart grid design. Faculty members bring industry experience and research expertise, ensuring that your learning stays current with the fast‑evolving engineering landscape.

Beyond classroom instruction, the program emphasizes experiential learning through state‑of‑the‑art labs, collaborative design projects, and industry partnerships. You’ll have the opportunity to work on real‑world challenges, from developing efficient energy storage solutions to creating next‑generation wireless networks. These hands‑on experiences sharpen problem‑solving skills, foster teamwork, and produce a portfolio of work that showcases your capabilities to future employers. Regular seminars with industry leaders and networking events further expand your professional connections and insight into market trends.

Upon graduation, you’ll be equipped to pursue roles such as systems engineer, research and development specialist, or project manager in sectors ranging from aerospace to renewable energy. The program’s tuition is $30,450 USD per year, complemented by a modest $100 service fee, offering a cost‑effective pathway to a high‑impact career. With a strong blend of theory, practice, and industry engagement, this master’s prepares you to lead technological advancements and drive innovation in the global engineering arena.