Bachelor in Biomedical Engineering, B.S.B.E. (Electrical Engineering Concentration)

The University of Hartford, located in West Hartford, Connecticut, is a medium-sized private university that offers a personalized academic setting and a strong focus on professional preparation. Founded in 1877, Hartford serves a diverse student population and provides a balance of liberal arts foundations alongside applied programs. Students benefit from accessible faculty, experiential learning opportunities and an engaged campus community that encourages leadership and collaboration.

Hartford offers an extensive portfolio of programs across arts, sciences, business, engineering and performing arts, with emphasis on internships, cooperative education and industry partnerships that help bridge study and work. With a program count that supports varied academic interests, the university aims to prepare graduates for contemporary challenges through project-based learning, applied research and community engagement initiatives that enhance practical skills and employability.

Campus life in West Hartford combines suburban calm with cultural and professional access to larger Connecticut and New England hubs. International students find support services for orientation, academic advising and career planning, plus active student organizations that foster social integration. Prospective students should research program-specific experiential options and connect with admissions advisors to understand application steps, visa support and opportunities to gain professional experience while studying in the United States.

The Bachelor in Biomedical Engineering, B.S.B.E. (Electrical Engineering Concentration) at University of Hartford is for students who want to combine engineering and medical skills. This 4-year bachelor degree helps students develop skills in electrical engineering and biomedical engineering.

The curriculum includes subjects like circuit analysis, electronics, and biomedical instrumentation. Students also develop skills in programming languages like C++ and MATLAB, and get hands-on experience with lab equipment and projects.

Graduates can work as Biomedical Engineers, Research and Development Engineers, Medical Imaging Engineers, or Clinical Engineers in companies like Medtronic, Philips Healthcare, or hospitals and research institutions.