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Bio-based composites containing materials sourced from plants like lignocellulosics play a vital role in advancing sustainable development. This field of study aims to educate students about creating and evaluating different composite materials made from eco-friendly, renewable sources. Of special importance are biopolymers including PLA and PHA, which can be manufactured from plant or tree-derived materials. These polymers not only originate from sustainable sources but also break down rapidly in nature, lessening the ecological impact of manufactured goods. Consequently, they support environmentally conscious lifestyles while adhering to green manufacturing practices. Additionally, they eliminate dependence on fossil fuel-based carbon sources, thereby helping to lessen environmental climate impacts.
To fulfill program requirements, students must complete a minimum of 30 graduate credit hours, divided between academic courses and thesis work.