Our undergraduate program provides students with a unique opportunity to gain expertise in both Biology and Engineering.
Our interdisciplinary program allows graduate students to explore a wide range of research and training opportunities.
Bioengineering uses analytical methods to understand biological systems and leverage their complexity for innovation. This rapidly growing field spans areas like materials science, biomedicine, biophysics, and environmental engineering, driving advancements in health, sustainability, and technology.
Bioengineering applies knowledge from engineering, life sciences, and medicine to develop solutions for complex biological and medical challenges. Key areas include biomaterials, tissue engineering and regenerative medicine, drug delivery systems, high-throughput screening for drug discovery, imaging and diagnostic devices, and biosensors.
Bioengineering draws inspiration from nature to reverse-engineer biological solutions and processes. Key areas include biomimetic materials, energy-efficient propulsion systems, neuromorphic machines, molecular motors, biological communication and computation, and biologically inspired robots.