Dr. Roger Tipton is a distinguished researcher and innovator at the forefront of sustainable and advanced materials science. Through an interdisciplinary approach and strong industry collaborations, Dr. Tipton’s research addresses critical global challenges in environmental sustainability and shapes a technologically advanced future.
Our research program is dedicated to the innovation and development of novel materials, with a core focus on addressing global challenges in environmental sustainability and advanced manufacturing. We pioneer the creation of sustainable and renewable materials, including the upcycling of consumer food waste into lignocellulosic biocomposites, and advance decarbonization strategies within a circular economy framework. Our work extends to cutting-edge applications in thin films, advanced biosensing, and the development of multi-material hybrid additive manufacturing for high-performance photonic and optoelectronic devices. This comprehensive, interdisciplinary approach is driven by a diverse team of materials scientists, chemical, biomedical, mechanical, and electrical engineers, fostering collaborative partnerships between research and industry to translate fundamental discoveries into groundbreaking products.
Research Interests
Design, characterization, and optimization of composite materials. Research aims to unlock the full potential of composites for diverse applications.
Exploring the development of sustainable alternatives to traditional materials. Research focuses on bio-based polymers, recycled composites, and natural fiber reinforcements.
Utilizing flexible sensors and wearables to understand how the human body interacts with the world around us and how we can use that information to improve the human condition.
Research Projects Include:
- Composite inlet structures for lightweight aerospace applications: Optimizing material parameters with aerospace partners for enhanced lightweight jet engine structures.
- Properties of biocomposites made from cellulosic fillers: Developing bio-based composite polymers to reduce fossil fuel reliance.
- Additive manufacturing of high performance optical polymers: Fabricating micron-scale polymer optical devices using hybrid additive and subtractive processes.
- Wearable sensors for construction workers: Monitoring worker health and performance with wearable sensor-enabled gloves for construction workers
Collaborations and Partnerships
Dr. Tipton actively collaborates with academic institutions, industry partners, and research organizations to foster innovation and knowledge exchange. His collaborations include joint research projects, technology transfer initiatives, and participation in interdisciplinary research consortia.
Contact Information
For inquiries, collaboration opportunities, or more information about Dr. Roger Tipton’s research, please feel free to reach out:
Dr. Roger Tipton
University of North Carolina at Charlotte
218 Grigg Hall, 9201 University City Blvd., Charlotte, NC 28223
rtipton2@charlotte.edu | (704) 687-0116