Developing sustainable solutions & technologies through research & education

Undergraduate student Dian works on enzyme research in Dr. Hua Zhao's lab
Students walk across the St. Paul campus in front of Coffey Hall
Solar panels outside a cityscape full of high-rise skyscrapers
Students work on a paper drying machine with Professor Shri Ramaswamy
A group of students gather around a table on campus for a study session

Explore Undergrad Majors

For students with a passion for science, bio-based technology, environment and sustainability, and the advancement of the business related to them.

BBE & SSM

A U of M student concentrates on dropping a substance in a beaker

Pursue Graduate Study

Our graduate degree program explores renewable bio-resources utilization with focus on environmental sustainability and global advancement of business.

M.S. & Ph.D.

Student working in a lab

Discover BBE Research

With expertise and a proven record in innovation & collaboration, we develop solutions for a bio-based economy, ecological health, and sustainability.

Research

Upcoming Events

  • Spring Seminar with Professor Ashim Datta - Cornell University

    February 17, 12 PM - 1 PM

    Join us for a seminar presented by Professor Ashin Datta from Cornell University. Can AI save mechanistic modeling? Discover how reduced-order surrogates are solving the 'prohibitive runtime' problem to revolutionize food process optimization

  • Virtual Info Session - Food Engineering Specialization

    February 25, 6:30 PM - 7:30 PM

    Join us for a virtual session to learn more about our Food Engineering specialization! The virtual sessions will include a general program overview, track specific information and a question & answer portion with a chance to engage with a current students, alumni, industry professionals and/or staff.

  • Spring Seminar with Professor Franklin Tao - UC Berkeley

    March 31, 3 PM - 4PM

    Join us for a seminar presented by Professor Franklin Tao. Explore the strategic design of dual single-atom catalytic sites to enable the highly efficient, low-temperature hydrodeoxygenation of biomass derivatives into essential fuels and chemical feedstocks.

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