Students choose this branch of engineering for the excitement of working with people and living systems, and for the opportunity to apply advanced technology to the complex problems of medical care.
Help Others Live Better
If you took out all of the doctors and nurses from hospitals, everything you're left with is biomedical engineering.
Curriculum and Emphases
While many students choose a primary degree in Biomedical Engineering with no added specialization, we do offer the opportunity to deepen to your education in three separate emphasis programs: Biochemical (BMEC), Electrical (BMEN), and Mechanical (BMEL).
Students who choose a primary degree in biomedical engineering get to take a little bit of everything over their four years. They get a foundation in biomedical engineering principles to pursue many careers related the field.Course Plan
Biomedical Engineering (Biochemical)
This emphasis combines bomedical engineering with chemistry. You will take additional coursework in areas like separation processes, chemical engineering thermodynamics, and biomaterialsCourse Plan
Biomedical Engineering (Electrical)
The electrical emphasis in biomedical engineering is for students who are interested in the building of electronic biomedical devices and the effects of electrical stimulation. You’ll take classes in areas like linear circuits, digital logic, and electromagnetics.Course Plan
Biomedical Engineering (Mechanical)
The biomedical (mechanical) option is best for students who are interested in the mechanics and dynamics of medical devices and biological systems. You will take classes that focus on mechanics, thermodynamics, biomechanics, materials behavior and processing, and fluid mechanics.Course Plan
When you graduate with a degree in biomedical engineering, here are just a few of the future career paths that might lay before you.
- Become a physician or pharmacist
- Build Advanced therapeutic and surgical devices
- Create safe implantable artificial materials
- Conduct biomedical research
- Develop artificial organs
- Design natural prosthetics
- Improve medical imaging devices
Preparation for Medical School
The BME programs are easily adapted to include the prerequisites for most medical schools, while also providing applied technical training beyond the basic life sciences. USC Pre-Med students are supported throughout the medical school application process by he Pre-Health Advisement office. Man graduates go on to attend top medical, dental, and pharmacy schools around the country, including the USC Keck School of Medicine
The Associated Students of Biomedical Engineers host their own Corporate Dinner every year.
ASBME is a club on campus to bring social, professional, and educational opportunities to studens pursuing a degree in biomedical engineering. Ever year, they host their own corporate dinner where they bring in representatives from a variety of biomedical companies to discuss job opportunities and network!
Students have the opportunity to participate in a variety of directed study courses or classroom projects at facilities such as the County-USC Medical Center, House Ear Institute, the Biomedical Simulations Resource Center, the Medical Ultrasonic Transducer Resource Center, Rancho Los Amigos National Rehabilitation Center, and Children’s Hospital LA.
The Biomedical Engineering department features stellar researchers and faculty with high quality facilities. A few research areas within the department include retinal prostheses, medical imaging, neural prostheses, biomedical photonics, cortical prostheses, sensory neurophsiology, ultrasonic imaging and much more! Students have the opportunity to be involved in research as early as freshman year.
Companies Hiring Biomedical Engineers
- Abbott Laboratories
- Advanced Bionics
- Alfred E. Mann Institute
- Edwards Lifesciences
- And Many More!
- House Ear Institute
Don’t just take our word for it
Find out what current students and faculty have to say
Biomedical Engineering Faculty Spotlight
Meet Dr. D’Argenio, a professor in the biomedical engineering department. His background is in electrical engineering, but he uses his background to develop novel modeling and computational methodologies for the experimental study of biological systems and understanding, diagnosing and treating human diseases. He teaches the undergraduate class Biomedical Engineering Computational Methods.