Master in Biomedical Engineering

Penn State University is a major public research institution founded in 1855 with a widespread campus network and a lively international community. With roughly 88,914 students and more than 9,300 international students, the university blends a large campus culture with extensive global connections. Its long history and broad presence across Pennsylvania create abundant opportunities for classroom learning, practical experience, and cultural exchange for students from around the world.

Academically, Penn State offers about 530 degree programs across a wide range of fields, from engineering and business to the arts and health sciences. Research is a central focus, and students can engage in labs, interdisciplinary centers, and industry partnerships. Support services for international students include orientation programs, language assistance, advising, and dedicated career services that help translate academic achievements into internships and employment. Campus life is active, with clubs, athletics, and community service opportunities that help newcomers build networks and settle in.

Admissions are competitive and vary by program, so prospective international applicants should consult the university website and the international admissions office for specific requirements, deadlines, and scholarship opportunities. Penn State’s reputation, alumni network, and employer connections make it a strong choice for students seeking rigorous academics and practical career preparation. Contact the international office early to plan transcripts, visa steps, and funding, and consider campus visits or virtual events to learn more about programs and student life.

The Master in Biomedical Engineering at Penn State University is for students who want to combine engineering and medical sciences. This 2-year program is for students who have a Bachelor's degree and is taught in English.

The curriculum covers topics like biomechanics, biomaterials, and medical imaging. Students will develop skills in design, problem-solving, and teamwork. They will also work on projects that involve designing and developing medical devices and equipment.

Graduates can work as Biomedical Engineers, Clinical Engineers, Medical Device Developers, or Research Scientists. They can find jobs in hospitals, medical device companies, or pharmaceutical companies, and work on developing new medical technologies and treatments.