Polymers
Polymers are common in everyday life and essential to countless industries, from packaging and textiles to aerospace, healthcare and electronics. Our research in polymer science spans both the chemical and materials aspects, supporting innovation in high-performance and sustainable materials.
Key research areas include polymer and biopolymer synthesis, where new materials are created from renewable or synthetic sources; polymerization kinetics, which studies the speed and mechanisms of polymer formation; and polymer rheology and physical properties, which influence how materials flow and behave under stress. Researchers also focus on microstructural characterization to understand material behavior at the molecular level, and on molecular modeling to predict and optimize polymer performance. Polymeric gels, with applications in drug delivery, soft robotics, and sensors, are another area of interest. These research efforts contribute to advancements in various fields including biodegradable plastics, medical devices, smart materials and coatings—addressing global challenges in sustainability, health and technology.
Possible Careers
- Polymer process engineer
- Biopolymer researcher
- Polymer characterization expert
Current Research
The Polymer specialization in Chemical and Materials Engineering provides students with a comprehensive foundation in the design, synthesis, processing, and application of polymeric materials. Core courses integrate polymer chemistry, physics, and engineering, while electives explore biomaterials, nanocomposites, and sustainable plastics. Students engaged in research gain hands-on laboratory experience in polymer synthesis, characterization, and processing. The program maintains strong industry and interdisciplinary research connections, emphasizing innovation and real-world problem-solving. Research spans key areas such as polymer reaction engineering, large-scale production, additive manufacturing, nanocomposites, and functional materials for electronics, photonics, and soft robotics. Additional focuses include biocompatible polymers for healthcare, advanced materials for energy storage and sustainability, and environmental solutions for circular manufacturing. Graduates are well prepared for careers across manufacturing, healthcare, energy, and advanced materials sectors, contributing to the development of next-generation polymers that address technological and environmental challenges.