Master of Science in Chemistry (Polymer Science)

No other class of materials displays the breadth of properties and applications of polymers – they are simply everywhere Polymers are an unusual class of materials because they simultaneously exhibit both fluid and solid like behavior. This quirk of polymers enables scientists and engineers to design polymeric materials for a range of applications. While many people are familiar with plastics – a specific type of engineered polymers – this only represents a sliver of the applications. Polymers can be found in everyday commodity products such as shampoos, food, over-the-counter medications, paints and sports products. But they are also commonplace in high-end performance applications including aerospace composites, medical implants and flexible displays. Polymers play a critical part in the fields of optics, semiconductors and molecular sensors. Within the field of optics, OLED and LCD displays rely heavily on polymers as both part of the assembly and in the case of OLEDs, the functional light emitting material. Every integrated circuit (semiconductor) relies on polymers for the lithography and etching steps needed to create the patterning of the microchip. The molecular sensor used to detect traces of TNT is in fact a polymer Students in the polymer track typically have a bachelor’s degree in Chemistry, Chemical Engineering, Polymer Science, Materials Science, Biochemistry and related disciplines. Students will earn a Master of Science in Chemistry with Emphasis in Polymer Science.

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