Many engineering achievements develop in conjunction with advances in engineered materials. The relationship between the structure, properties, and performance of materials is critical to advances in technology.
Polymers and fibers are utilized in such diverse fields as plastics, elastomers (rubber), adhesives, surface coatings (paints), paper, packaging, insulation, filtration, composite, biomedical, automotive, aerospace, marine, construction, environmental, industrial, nonwoven, recreational, and safety materials.
Polymer and fiber engineering prepares graduates to work in research and development, product development, process engineering, composite engineering, quality engineering, industrial engineering, or technical sales; or to proceed to advanced studies in engineering, science, or related fields.
To accommodate the broad range of polymer and fiber opportunities, the undergraduate program offers two options leading to the Bachelor of Polymer and Fiber Engineering. The polymer option emphasizes polymer characterization, processing, and chemistry. The fiber option emphasizes composite materials and other fibrous structures.
Most of the major coursework is concentrated into the last two years, facilitating the transfer of students from other colleges and other universities.
Students in polymer and fiber engineering may prepare for engineering and science graduate degrees including bioengineering, polymer science, materials science or engineering, industrial engineering, environmental science, and biochemistry. Other graduate school options include a variety of medical programs, law, computer information systems, and business.
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