Program Quick Facts
The Master of Engineering (M.Eng.) program in biomedical engineering offers a flexible bioinnovation-based curriculum that equips students for success by allowing them to tailor their training toward different aspects of the biomedical product life cycle. Students in the M.Eng. program have the opportunity to further their engineering education with the aim of entering the medical device industry; advance their careers in the medical device industry; change their careers to enter the medical device industry; or simply refresh and enhance their technical and management skills with a focus on the medical device industry. Through the program, students are enabled with the skills to enter the medical device industry and solve critical engineering challenges/business interface challenges in health care. They collaborate with industry and hospital personnel to identify unmet needs, engineer technologies that address these needs and develop paths-to-market for these technologies.
Geared toward industry, students in this degree program are required to complete an internship and final project. Students admitted into this program must have a bachelor's degree in engineering or an equivalent field (if the degree is not in engineering, leveling courses may be required.) The work in the major field will include an immersion experience providing students the opportunity to receive specialized training in industry or the clinic.
The Master of Engineering program in the Department of Biomedical Engineering at Texas A&M University is an experiential, learning-based experience designed to prepare engineers to enter the medical devices industry. The program spans the entire medical device life cycle, covering important topics such as problem definition, solution development, technology assessment/intellectual property, detailed design and engineering, risk analysis, design verification and validation strategies, quality engineering, regulatory and reimbursement strategies, market analysis, and go-to-market/revenue modeling strategies.
Geared toward industry, students in this degree program are required to complete an internship and final project. Students admitted into this program must have a bachelor's degree in engineering or an equivalent field (if the degree is not in engineering, leveling courses may be required.) The work in the major field will include an immersion experience providing students the opportunity to receive specialized training in industry or the clinic.
The Master of Engineering program in the Department of Biomedical Engineering at Texas A&M University is an experiential, learning-based experience designed to prepare engineers to enter the medical devices industry. The program spans the entire medical device life cycle, covering important topics such as problem definition, solution development, technology assessment/intellectual property, detailed design and engineering, risk analysis, design verification and validation strategies, quality engineering, regulatory and reimbursement strategies, market analysis, and go-to-market/revenue modeling strategies.