Sustainable Bioproducts (BS)
Michigan Technological University
Description
Sustainable Bioproducts refers to the utilization of renewable resources to develop alternatives to materials that have limited utility, pose disposal challenges, or pose environmental risks. Derived from trees, plants, or other natural sources, bioproducts offer an ethical and sustainable means to supplant items crafted from plastic, petroleum, or other finite fossil fuels, as well as materials with restricted use, accessibility, or longevity. In the Sustainable Bioproducts degree program, students delve into a blend of wood product innovation, engineering, business, and forestry. They gain insight into bio-based resources, the practical implementation of sustainable principles, and leveraging dedication to fostering a cleaner future to propel the circular bioeconomy forward. Michigan Tech's Sustainable Bioproducts program equips students with practical skills to champion renewable resource technology and advance global sustainability efforts. Through a curriculum spanning biology, chemistry, and mathematics, students explore the natural properties and applications of wood and lignocellulosic materials. Additionally, they develop proficiency in engineering, product design, process technology, project management, and leadership, enabling them to spearhead sustainable initiatives. Business acumen, sustainability principles, and the pivotal role of the circular bioeconomy in cultivating a sustainable society are also integral components of the educational journey.