Thesis Question: How might we use modular design and biodegradable composites to reduce carbon fiber waste and create more environmentally sustainable drones?
Designer Bio:
I’m Bennett Ware, originally from Concord, Massachusetts. My passion for industrial design is rooted in my curiosity about new materials and their potential to support sustainability without compromising performance. While studying at Syracuse University, I’ve focused on exploring innovative materials and sustainable solutions through my projects. I also have a strong interest in automotive design, where the balance of performance and aesthetics inspires my work. By combining these passions, I strive to create designs that are both functional and forward-thinking, addressing environmental challenges while celebrating form and innovation.
Project Description:
For my thesis, I am conducting both secondary and primary research. I am interviewing professionals across various fields, including biomaterials, drone technology, carbon fiber manufacturing and textile design. Additionally, I plan to gather user feedback through qualitative surveys to understand perceptions around using natural materials in drones, identify which components are most prone to failure and explore whether users would be willing to sacrifice some performance for greater sustainability.
The use of drones is rapidly growing, with Federal Aviation Administration-registered drones projected to reach 1.48 million. As production increases, so does the environmental impact, particularly due to the widespread use of non-biodegradable carbon fiber in drone construction. My research focuses on developing biodegradable alternatives to carbon fiber that maintain comparable performance. A significant challenge has been identifying suitable substitutes for epoxy resins, which are also not biodegradable. This exploration aims to address both material and environmental concerns in the design of drones.
