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As we advance through the 21st century, biological science continues to reveal profound and motivating insights, offering fresh concepts, mechanisms, and materials applicable to all conventional engineering fields. Simultaneously, innovative technologies and ideas from these engineering disciplines are accelerating biological research. Together, these reciprocal efforts—engineering inspired by biology and engineering applied to biology—form the field of biological engineering. This discipline merges life science breakthroughs with core engineering principles to drive progress in both domains.
Our program equips students with structured biological engineering education, integrating UCSB's expertise in engineering, biophysics, biochemistry, quantitative biology, and data sciences into a robust, cohesive, and progressive curriculum. Students will complete a foundational core curriculum and select one of three specialized tracks: Biological Modeling and Signal Processing, Computational, Synthetic, and Systems Biology, or Cell, Tissue, and Device Mechanics Engineering.
The Biological Engineering program cultivates expertise in fundamental research, experimental techniques, quantitative evaluation, and technological design, fostering innovation and practical applications to ready students for diverse careers in biological engineering.