Master in Bioengineering

California Institute of Technology (Caltech) in Pasadena is internationally renowned for its focus on science and engineering and for a research environment that emphasizes discovery and innovation. Founded in 1891, Caltech combines small class sizes with world-class faculty and a culture that encourages independent inquiry. The institute’s achievements in fundamental research and technology transfer make it a top choice for students seeking an intensive STEM education and close mentorship from leading scholars.

Caltech offers a compact, high-impact academic setting where undergraduates and graduate students participate directly in cutting-edge projects across physics, biology, engineering and computation. Research opportunities are abundant and accessible, with students contributing to labs, observatories and centers that address global challenges. The collaborative, interdisciplinary approach cultivates both deep technical expertise and the ability to work across fields.

As a relatively small campus community, Caltech provides strong academic support, mentorship and networking in the greater Los Angeles research ecosystem. For international students drawn to rigorous STEM training, Caltech delivers concentrated resources, hands-on research experiences and pathways to meaningful scientific contribution in industry, academia and public service.

The Master in Bioengineering at California Institute of Technology is a 2-year program for students who want to apply engineering principles to biological systems. This Master's degree helps students become leading scientists and engineers in academia and industry.

The curriculum focuses on areas like biodevices, bioimaging, and biomechanics, giving students a broad knowledge foundation in bioengineering. Students develop skills in research, design, and analysis, and work on independent projects to deepen their knowledge in a chosen area.

Graduates can pursue careers as Research Scientists, Biomedical Engineers, or Systems Biologists, working in industries like healthcare, pharmaceuticals, or medical devices. They can also work as Bioengineers or Synthetic Biologists, applying their knowledge to develop new technologies and products.