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innovation. Our state-of-the-art facilities support advanced manufacturing processes involving biopolymers, bioplastics, and other functional materials. Through strong collaborations with industry and
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, additive manufacturing, mechanics). - Experience mentoring graduate/undergraduate researchers and working effectively in a collaborative, interdisciplinary environment. - Excellent communication skills
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with governmental and industry partners. • Familiarity with environmental policy and regulatory frameworks. • Experience in data science, computational chemistry, and/or contaminant transport modeling
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knowledge of transportation with the engineering design of wood, wood composites and connections. The successful candidate with work closely with Dr. Daniel Hindman, and industry collaborators to conduct
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Forest Sector Industry: A Mixed-Methods Approach.” This interdisciplinary research initiative integrates stakeholder engagement, market analysis, and policy evaluation to develop a strategic
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testing, and thermal performance evaluation. Through collaborative partnerships with industry and government agencies, we conduct cutting-edge research in transport packaging performance, unit load design
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predictive modeling approaches to understand corrosion mechanisms and coolant/fuel chemistry in extreme conditions. The successful candidate will oversee corrosion-focused projects sponsored by industry and/or
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manufacture. We continue to push innovation for CLT and wood materials through research, education and outreach. We seek a highly motivated and collaborative researcher with expertise in wood science