BS Bioengineering
Course Overview
Our Bioengineering program applies cutting-edge engineering and computational tools to solve complex challenges in biology and medicine. The curriculum provides a robust foundation in science and technology, followed by specialized concentrations and hands-on design experiences. This multidisciplinary training prepares graduates for high-demand careers in the biomedical industry, government, and advanced academic study.
Key Program Highlights
- Build a strong scientific foundation in math, physics, biology, chemistry, and physiology.
- Specialize in a high-impact concentration like medical devices, computational biomedicine, neurotechnology, or nanomedicine.
- Gain practical experience through integrated engineering design projects, culminating in a senior capstone.
- Learn the translational path of bringing innovations from the lab to the clinic and marketplace.
- Prepare for a versatile career in the biomedical industry, graduate school, or medical school.
Course Overview
Our Bioengineering program applies cutting-edge engineering and computational tools to solve complex challenges in biology and medicine. The curriculum provides a robust foundation in science and technology, followed by specialized concentrations and hands-on design experiences. This multidisciplinary training prepares graduates for high-demand careers in the biomedical industry, government, and advanced academic study.
Key Program Highlights
- Build a strong scientific foundation in math, physics, biology, chemistry, and physiology.
- Specialize in a high-impact concentration like medical devices, computational biomedicine, neurotechnology, or nanomedicine.
- Gain practical experience through integrated engineering design projects, culminating in a senior capstone.
- Learn the translational path of bringing innovations from the lab to the clinic and marketplace.
- Prepare for a versatile career in the biomedical industry, graduate school, or medical school.
