Sina Farsiu
Director of Master’s Studies, Anderson-Rupp Professor of BME
The global markets for medical devices is growing fast—by $7 billion a year in the United States alone, by one estimate.
Few universities are as equipped as Duke to deliver best-in-class graduate education in medical technology design.
As a Duke master’s student, you’ll learn design hands-on — and benefit from dedicated career support.
Check out our track record of positive career outcomes.
The core of Duke’s MedTech Design Master of Engineering is a carefully curated program of lockstep courses.
You’ll build strong, practical design skills as you progress through a diverse series of projects.
In addition to design courses, you’ll complete:
Pulmonologist and Electrical EngineerDuke’s advanced medical technology design courses reminded me of the impact engineering can make.
Category | Fall 1 | Spring 1 | Summer 1 | Fall 2 |
---|---|---|---|---|
Prototyping & Manufacturing | BME 790L.X: Advanced Design and Manufacturing | BME 790L.X: Medical Electrical Equipment | ||
MedTech Design | BME 790L.X: Design in Health Care 1—Discover | BME 790L.X: Design in Health Care 2—Design | BME 790L.X: Design in Health Care 3—Deploy | |
Core Industry Preparation | MENG 590: Business Fundamentals in MedTech | BME 590: Quality Management for Biomedical Engineers | MENG 540: Management in High-Tech Industries | |
Math and Science Electives | Advanced Math Elective | Life Science Elective | ||
Internship | MENG 550: Internship Planning | MENG 550: Internship | MENG 551: Internship Assessment |
Want more information? Ready to join our community?
The Duke graduate certificate in medical device design exposes students in other Duke BME master’s programs to a four-course design skills sequence.
Have a question about the program or admissions? Contact the Admissions & Recruiting team.
Director of Master’s Studies, Anderson-Rupp Professor of BME
Associate Director of Master’s Studies, Associate Professor of the Practice in the Department of BME