Sustainable Bioproducts


The forest products industry is one of the largest economic contributors to Mississippi, as well as in the United States. Employment in the furniture, lumber, wood products, composites, and paper sectors of the economy far exceeds the employment of any other manufacturing sector in the state. Mississippi's forest products industry recognizes the need for well-trained employees to help increase the conversion efficiencies and alter manufacturing processes to allow compatibility with a changing raw material base. While the industry is very large in terms of employment, value-added processing facilities number only a few thousand nationwide and a few hundred in Mississippi. Forest Products students are in demand with relatively high starting salaries and excellent opportunities for advancement. Currently, forest products students receive up to two job offers after graduation.

The mission of the Department of Sustainable Bioproducts is to enhance the intellectual, cultural, social, and professional development of its students by providing them with knowledge and skills needed to utilize and conserve diverse forest resources effectively. In this regard, the department's primary teaching responsibility is to provide high quality educational opportunities necessary to adequately prepare students for professional and scientific careers in forest products and wood science.

News

Graduate Research Assistantship Positions Available
Novel Bio-Based Hybrid Materials
Graduate research assistantship positions for the M.S. or Ph.D. program to work in highly multidisciplinary research projects and will receive technical training in the broad field of biomass processing, renewable polymers, and the development of organic coatings. The proposed project focuses on the development of novel bio-based hybrid materials for functional coatings and adhesives. Read more.

Strength and Stiffness in Mill Run Lumber
The student selected for this position will work toward an M.S. in Sustainable Bioproducts, focusing on the statistical distributions of strength and stiffness properties in mill run lumber populations. Read more.



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