Summer Springboard
Biomedical Engineering
ON THE CAMPUS OF GEORGIA TECH
EXPLORE THE EXCITING INTERSECTIONS OF ENGINEERING, TECHNOLOGY AND LIFE SCIENCES IN THIS COURSE TO HELP GUIDE YOU IN ONE OF TODAY'S FASTEST-GROWING FIELDS
Biomedical Engineering @ Georgia Tech
- Design and build a basic biomedical prototype—such as a prosthetic hand—while developing skills in analysis, design, and problem-solving.
- Gain a broad understanding of how engineering principles and problem-solving techniques are applied in biomedical contexts.
- Discover how biomedical engineering integrates multiple disciplines—engineering, mathematics, chemistry, and computer science—to improve human health.
Learn about implantable medical devices like pacemakers and artificial joints, as well as cutting-edge innovations like stem cell engineering and 3D-printed biological organs.
- Explore current research trends and a wide range of career paths in the rapidly growing biomedical engineering field.
- Go on excursions to clinical labs for hands-on exposure to advanced medical technologies like CardioMEMS and the Mentis system simulator.
Summer Springboard
Biomedical Engineering
About This Course
A biomedical engineering program for teens on a university campus in Atlanta
Are you passionate about engineering, computers, and life sciences? Do you dream of designing innovative devices that help diagnose and treat diseases? The Summer Springboard Biomedical Engineering course introduces students to the fundamentals of one of today’s most dynamic and rapidly growing engineering fields. Through hands-on learning, students explore how engineering, math, chemistry, and computer science come together to improve human health. They’ll also discover how biomedical engineers apply modern biological principles to the design and development of life-changing medical technologies.
In this course, students will gain a foundational understanding of core engineering principles and problem-solving techniques used in the biomedical field. They’ll explore a wide range of medical innovations—from implantable devices like pacemakers and artificial joints to cutting-edge advancements such as stem cell engineering and 3D-printed organs. Students will also have the opportunity to design and build a basic biomedical prototype, such as a prosthetic hand, while learning to think critically and creatively. Along the way, they’ll learn about current research and potential career paths in biomedical engineering.
TOPICS YOU'LL EXPLORE
Hands-on Learning
Hands-on learning is at the heart of this course. Students will design and build a basic biomedical prototype, such as a prosthetic hand, while applying real-world problem-solving and design skills. Through interactive projects and experiments, they’ll explore how engineering concepts are used to create life-changing medical technologies, gaining practical experience that brings classroom knowledge to life.
Career Exploration
This course offers students a unique opportunity to explore the wide range of career paths within the biomedical field. From designing implantable devices like pacemakers and artificial joints to working on cutting-edge innovations such as stem cell research and 3D-printed organs, students will learn about the many ways biomedical engineers are transforming healthcare. Through exposure to current research and real-world applications, students gain insight into the exciting possibilities and future careers in this rapidly evolving industry.
RESOURCES
Course Infosheet
Click here to view or download the printable infosheet for this course.
Program Catalog
Click here to request our catalog to learn more about our summer programs and courses.
Campus Page
Click here to view the website page for this campus and learn more.
“Summer Springboard is a great place for students to connect with like-minded others who are interested in the same career path.”
-Ethan S. | Alumni Student
Summer Springboard
Biomedical Engineering
Meet Your Instructor
Rowan Brothers is a PhD candidate in the joint Coulter Department of Biomedical Engineering at Georgia Tech and Emory University. His work focuses on the clinical applications of non- invasive diffuse optical technologies for detecting cerebral metabolic stress in pediatric patients with sickle cell disease.
ROWAN BROTHERS
“I enjoyed all of the people and the freedom that we had. They were amazing and I enjoyed every second of it. The classes were also amazing and I learned a lot from them. The excursions were both good learning experiences and a lot of fun.”
-Cole J. | Alumni Student
Summer Springboard
Biomedical Engineering
Dates & Tuition
| 2025 Dates |
|---|
| Session 1: June 15 – June 27, 2025 |
Click here to enroll in this course using our online enrollment form.
| Tuition |
|---|
| Residential Tuition: $5,698 |
| Commuter Tuition: $3,198 |
Tuition Protection Plan: Allows for cancellation for any reason up until the day of the program.
| Location |
|---|
| City: Atlanta |
| State: Georgia |
| Campus: Georgia Tech |
Summer Springboard programs are not run by our campus partners (with the exception of Cal Poly and NYSID which are run in partnership with SSB). Universities and their affiliated departments and partners do not control and are not responsible or liable in any manner for any part of the Summer Springboard program.