Chemistry student Olivia Duclos and Chemical Engineering student Anthony Riedl got a taste of high-level research this semester on a collaborative research project held at Worcester Polytechnic Institute (WPI).
Both students gained valuable experience working in a team environment and in a lab setting. Their research explored the transformative potential of silk fibroin, an environmentally friendly protein derived from Bombyx mori cocoons, for advanced medical applications. Through innovative extraction and processing techniques, the students created nanofibers and silk films that combine strength, flexibility, and biodegradability. These materials have cutting-edge applications, such as wound dressings that could monitor infection markers or implants that could provide drug delivery from within the body.
According to Professor of Chemistry Hirul Patel, the project is directly connected to key concepts from Olivia's chemistry coursework, including laboratory techniques, chemical analysis and understanding how real-world research is conducted. For Anthony, the experience aligned closely with foundational principles in chemical engineering, such as experimental design, process thinking, and problem-solving within a research environment.
"This type of work is incredibly important for community college students because it helps build confidence, strengthens their understanding of the field, and exposes them to the expectations of professional research environments," said Patel. "The mentorship and support provided by WPI faculty and researchers played a major role in their success, giving them the guidance, encouragement, and tools they needed to grow."