Graduate Degree Options
Our graduate program offers seven major pathways to a graduate degree. The doctoral options are: PhD in biomedical engineering (post-BS or post-MS options), PhD in interdisciplinary biomedical sciences, and a combined MD-PHD BME (Medical Scientist/Engineer Training Program). The master's options are: professional MSE/MS (non-thesis) with a concentration in biomedical engineering (online program), MS in biomedical engineering, and a fifth-year combined BS/MS in biomedical engineering (with thesis).
The Weldon School's PhD options (post-BS or post-MS) in biomedical engineering are highly interdisciplinary in nature and involve faculty and laboratories at Purdue's College of Engineering, College of Science, School of Engineering and Technology, and the School of Veterinary Medicine on the West Lafayette campus as well as the Indiana University School of Medicine in Indianapolis. The combined faculty, staff, and facilities of the two campuses provide tremendous resources for our students. Doctoral program students work on translating discoveries into effective medical products, gaining a unique experience in converting theory to reality. These programs span modern biomedical engineering and build on a deep history of research at the Weldon School that has had significant industrial and clinical impact. Applicants with a master’s degree have the opportunity to transfer course work from that degree toward the PhD requirements, reducing the time to degree completion.
The Interdisciplinary Biomedical Sciences PhD track is an interdisciplinary training program offered in conjunction with the Purdue University School of Veterinary Medicine for students with backgrounds in life sciences and an interest in the field of biomedical engineering.
The combined MD-PhD BME program (National Institutes of Health (NIH) Medical Scientist Training Program (MSTP)) is offered in conjunction with the Indiana University School of Medicine to train physician-engineers. The MD-PhD BME combined degree is for students committed to a career that intimately incorporates engineering design and translational research with clinical care. The curriculum is flexible, enabling students to design a program that meets their individual goals. A diverse body of engineering and clinical faculty with broad expertise in four signature research areas provide individualized training and mentoring to students. Graduates of this program have pursued careers in academic medicine, business start-ups, and industry. A typical academic plan permits most students to complete the combined degree program in seven or eight years.
The Bioengineering Interdisciplinary Training in Diabetes Research Program (BTDR) is a cross-disciplinary doctoral program is designed to develop the next generation interdisciplinary workforce that innovates, designs, and translates bioengineering technologies aimed at preventing and treating diabetes, metabolic diseases, and their complications. The program lies at the interface of the Weldon School, College of Veterinary Medicine, and Indiana University School of Medicine, allowing students to matriculate via BME, IBSC, or MSTP pathways toward PHD BME and MD-PHD BME degrees. This program allows teams of engineers, physical scientists, computational scientists, analytical chemists, pharmacologists, physiologists, and endocrinologists to work seamlessly across traditional boundaries on common goal-oriented projects (bio-artificial pancreas, designer drugs, electroceuticals, integrated care devices). Trainees learn to operate beyond hypothesis-driven research, incorporating principles and practices of engineering design, standardization and validation, regulatory policy, technology translation and entrepreneurship.
The master's (MSBME) program is conducted on the Purdue West Lafayette campus. A requirement of this program is thesis research that serves to provide the student with a significant investigatory experience at the interface between engineering and the life sciences.
The combined BS/MS is a special program for outstanding current Weldon School undergraduates who have established research relationships with faculty members. This program was created to provide further training to undergraduates who have been conducting research in the labs of our faculty and who strongly desire to continue their research toward an MS or PhD degree. The ultimate plan of study is intended to prepare students for PhD level graduate studies or research-oriented industry positions. The proposed program enables students to complete the BS and the MS in a total of five, rather than the typical six, years.
Master of Science in Biomedical Engineering with emphasis on Biomedical Device Development
Strengthen your competitive edge with a Master’s Degree in Biomedical Engineering. Ideal for those seeking a career in the healthcare industry, the curriculum emphasizes biomedical device development, but can be tailored to support your individual career interests. Students earning this degree will gain knowledge of the design and development of biomedical products and processes; sharpen their ability to make well-reasoned, ethical and socially responsible engineering decisions; increase their communication, negotiation, and leadership skills; and gain a practical understanding of regulatory processes for the healthcare industry.
Concentration 1) Biomedical Device Development
Concentration 2) Biomedical Device Development with Industry Immersion
This program is a self-funded terminal Master's program and is not intended for students who are interested in research or continuing on to a PhD. Students are responsible for tuition and fees for this program.
MSE/MS (online through Div. of Engineering Professional Education; coursework only) with Concentration in Biomedical Engineering
This MSE/MS concentration is primarily aimed at working engineers focused on enhancing technical and scientific skills and knowledge that will advance their careers in the broad fields of biomedical engineering, bioengineering, and biotechnology. A useful background for this concentration includes undergraduate coursework in basic biology, mechanics, and statistics/ probability. The MSE/MS master's degree with the BME concentration is delivered as an asynchronous program. Students typically enroll in one or two courses per semester.
Note: The Department of Biomedical Engineering in the School of Engineering and Technology in Indianapolis (IUPUI) has a separate MS degree program for students interested in conducting research on the IUPUI campus in Indianapolis, Indiana.