Bachelor in Bioengineering and Biomedical Engineering (Bachelor's)

Montana State University’s campus in Bozeman gives students several ways to settle into university life. A virtual tour introduces the campus, while welcome events, orientation activities and student gatherings build connections within the Bobcat community. Students can attend events, take study breaks around campus and follow the university’s 15 Bobcat teams. The university also provides opportunities to visit, meet future classmates and engage with campus life before enrolling.

Academic choices cover more than 250 degrees and programs. Montana State connects teaching with research and economic development, including work on Yellowstone’s geyser basins. Researchers have used lake sediment cores to study 15,000 years of ecosystem history, including changes in climate, wildfire, vegetation and hydrothermal activity. Other research examines buzz pollination and how pollen moves through tube-like structures. The university’s land-grant mission supports educational opportunities, undergraduate research, academic competitions and service-learning projects.

Students entering Montana State work through the MyMSU system, where the Admissions Checklist includes orientation and class registration information. Orientation registration involves confirming personal contact details, completing registration and payment, and using the confirmation page to access online orientation information when available. The Office of Admissions is located in the Strand Union Building in Bozeman and provides assistance during Mountain Time office hours. Bozeman is the university’s home city, and the campus offers a clear starting point for students preparing to join MSU.

This programme focuses on applying engineering principles to solve problems in medicine and biology. Students study bioelectronics, biomechanics, and biological systems through laboratory and design courses. The curriculum integrates chemistry, physics, mathematics, and biological sciences. Graduates are prepared for careers in medical device development and healthcare technology.

Focus areas include Bioelectronics, Biomechanics, Biological Systems, Biomedical Materials, Bioprocess Engineering, Medical Device Development.

The programme requires 123 credits, including a Basic Program and elective courses that fulfill University Core and Biological Engineering requirements. Students must complete two pre-approved professional electives from a list of biology, chemistry, and engineering courses.

Graduates work as biomedical engineers in medical device companies, healthcare technology firms, and research laboratories.

Applicants must have a high school diploma or equivalent. A minimum GPA of 2.5 is required. Submission of official transcripts and standardized test scores is required.

The programme totals about 123 credit hours. On-campus, full-time, four-year programme. For international students, tuition is around the median for US programmes. The institution admits about 87% of applicants.