Biomedical Sciences

Biomedical engineering is for people who want to build things that help humans. You’re basically living at the intersection of engineering, biology, and medicine, working on tech like prosthetics, medical imaging, wearable sensors, and devices that improve care. If you like science but also want to design, test, and solve real problems, this major hits.

You’ll take a solid engineering core, then layer on biology and health-focused applications. Some classes feel like math and physics grind. Others feel like “how do we design a device that won’t fail inside a human body,” which is… intense, but cool. Expect labs, team design projects, and a lot of learning how to document and test your work like it actually matters, because it does.

What you’ll learn

• How the human body works as a system, and how devices interact with it
• How medical devices are designed, tested, and improved
• How signals like heart rate or brain activity get measured and analyzed
• How biomaterials behave in the body and why compatibility matters
• How to model systems and interpret data using engineering tools

Common classes

• Calculus, physics, and core engineering fundamentals
• Biology for engineers or human physiology
• Biomechanics
• Biomaterials
• Biomedical instrumentation or sensors
• Medical imaging basics
• Signal processing
• Senior design capstone (often with a real client or clinical problem)

Skills you’ll build

• Engineering design with safety and ethics in mind
• Lab testing, data analysis, and technical documentation
• Working across disciplines with clinicians, scientists, and engineers
• Programming and modeling for systems and signals
• Problem-solving under real constraints like cost, regulation, and usability

What you can do with this major

Biomedical engineering grads work in healthcare tech, medical device companies, research labs, and hospitals. Some go to med school, grad school, or related fields like mechanical, electrical, or materials engineering.

• Biomedical engineer
• Medical device design engineer
• Clinical engineer
• Quality or validation engineer
• Biomechanics engineer
• Biomedical data or signal analyst
• Research assistant or lab engineer
• Regulatory affairs or product development roles

Careers and job outlook

This is a field where internships matter a lot. Medical device companies want people who can handle lab work, documentation, and testing. Research experience helps too, especially if you’re thinking about grad school. If your program has partnerships with hospitals or industry, that’s a huge plus.

How to choose a program

• Look for hands-on labs and a strong senior design program
• Check for partnerships with hospitals, clinics, or med device companies
• See what concentrations exist, like biomechanics, imaging, or biomaterials
• Ask about internships, co-ops, and undergraduate research
• Make sure the program has solid engineering accreditation and outcomes

Now that you have an idea of what you'll learn with this major, you can explore colleges below and start building your list.