Clemson University has introduced a new Master of Science in Medical Device Reprocessing program open to graduates holding a bachelor’s degree in STEM disciplines.
Designed by industry experts, the yearlong, 30 credit hour program emphasizes optimizing and validating biomedical technologies to support safe reuse of medical devices and healthcare products. Integrating fundamental principles of bioengineering, industrial engineering, medical device design and quality science, the curriculum is eleven graduate-level courses and an immersion/training experience in research or industry. Students enter the asynchronously offered online program in the fall semester and graduate the following summer after an industry internship or mentored research on a medical device reprocessing team.
Medical device “reprocessing” involves the cleaning, disinfection, and sterilization of medical devices after each use. Reprocessing is an essential practice in healthcare delivery and plays a key role in the more than 100 million surgical procedures in the U.S. each year. The Master of Science degree program in Medical Device Reprocessing curriculum provides skills to innovate solutions that address global challenges affecting medical device safety and healthcare sustainability.
The degree program is based on a core curriculum applying knowledge of fundamental principles of bioengineering and industrial engineering; medical device design; and quality science in an industry immersion/training program along with relevant science and engineering applications.
The goal is to prepare globally engaged students to be innovative industry leaders in sustainable biomedical technology through training in modern reprocessing and sterilization technologies, quality science, and human factors in healthcare Graduates will be able to integrate and apply knowledge of:
- medical device design principles to enable reprocessing
- human factors engineering
- the science of sterilization and its impact on materials
- microbiology and the role of process validation and controls
- systems engineering
- supply chain management and
- Six Sigma quality control and regulatory science.
For additional information, candidates and employers are invited to contact Melinda Harman, Ph.D., Program Director & Associate Professor of Bioengineering by email at firstname.lastname@example.org or by calling 864-656-4140.