2.782J | Spring 2025 | Graduate

Design of Medical Devices and Implants

Course Description

This design course teaches a systematic approach for development of an implantable or injectable medical device to treat a specific and well-defined clinical problem, criteria for preparing applications to the US Food and Drug Administration for approval to conduct clinical trials, and the steps to start a company to …
This design course teaches a systematic approach for development of an implantable or injectable medical device to treat a specific and well-defined clinical problem, criteria for preparing applications to the US Food and Drug Administration for approval to conduct clinical trials, and the steps to start a company to make it available to the patient. Students work in teams to develop the design for an FDA Class III medical device or combination product (incorporating drugs and/or biologics). The emphasis is on the science and engineering underlying the design of novel treatments for problems in any one of the 78 organs of the body.
Learning Resource Types
Lecture Videos
Lecture Notes
Online Textbook
Readings
Projects
Illustration of the implantation process for a uterine device, highlighting medical device design and its application.
Prior 2.782J/HST.524J design projects. (Top) Endobronchial drug-eluting biomaterial for the treatment of asthmatic patients; A. Orji, B. Schelhaas, J. Xu, C.A. Luna (2020). (Bottom) Injectable biomaterial for prevention of post-surgical recurrence of superficial peritoneal endometriosis and fibrosis; P. Chacko, J. Komen, J. Lee, A. Seabold (2023). (Image by Prof. Myron Spector.)