The B.S. in Biomedical Engineering at the University of Maine is designed to prepare students for employment or graduate education in fields related to clinical, therapeutic, and diagnostic applications. This program emphasizes high-quality engineering instruction focused on instrumentation, biological system analysis, and current and future applications of biomedical engineering. It combines fundamentals of engineering, mathematics, and science with electives in humanities and social sciences to develop problem-solving skills. The curriculum aims to equip students to innovate solutions to real-world health challenges and prepare them for careers at the forefront of research and industry, including designing devices and methods that interface with biological systems to benefit society.
Why this course is highly recommended
This program is recommended for students interested in science and problem solving, who want to work at the intersection of engineering and biology. It offers opportunities for internships, research, and professional development, preparing students for careers in industry as well as pathways to advanced studies. The program’s accreditation by ABET ensures it meets high standards in engineering education, making graduates competitive globally.
The program offers a broad range of topics at the interface of biology and engineering, focusing on areas such as device design, biological systems analysis, and clinical applications. Students can participate in internships, undergraduate research, and cooperative programs to gain hands-on experience in this interdisciplinary field, including developing nanoprobes for cancer detection, biosensors, and materials for drug delivery.
Application fees
30.66L
1st year tuition fees
30.66L
Living cost
Students need to complete 132 credits with a minimum GPA of 2.0 in biomedical engineering courses to earn the B.S. degree. The curriculum includes core engineering, science, and mathematics courses, with options for minors such as Pre-Medical Studies, and opportunities for internships and research projects.

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Graduates can pursue entry-level engineering roles, engage in research, or prepare for medical school. The degree also provides a solid foundation for graduate studies, including master's and Ph.D. programs in biomedical engineering or related disciplines. The program’s emphasis on research and internships enhances employability in clinical, diagnostic, and therapeutic sectors.