New perspectives from working in research and development projects
Exchage student Benjamin Fritz discovered new interests in circular economy related to chemistry.

A 3D printing robot works diligently to create new objects from bio-based composite at Centria’s PlastLab on the Kokkola campus. Exchange student Benjamin Fritz has been actively working with underutilized natural fibers, such as wood and wool, in recent months. The use of these fibers in composites is being studied in the international BIO-2-PRINT project. By mixing plastic with natural fibers, the project is helping industry transition to a circular economy, where resources are reused instead of being wasted. This also creates new opportunities for local businesses.
But how did he end up in the PlastLab in the first place?
– Based on my high school education and my interests in chemistry, I decided to start studying environmental-, process- and energy engineering at the MCI in Innsbruck, Austria. Before choosing the destination for my semester abroad, my degree programme offered the opportunity to take part in a study tour to Centria. I took advantage of this opportunity, and it left a very positive impression on me, so I chose Finland as the destination for my exchange semester, Benjamin tells.
– It’b been really interesting to work on the project. I have done practical work in the laboratory, such as compounding (combining plastic and fibers) and testing materials. I have also interpreted the test results. These fibers, which would normally go to waste, are being used in new products based on the circular economy.
– The tasks at the research and development are very diverse that makes it never repetitive but interesting to work here. The overall working environment is very welcoming, making the work engaging, he concludes.
Benjamin also wrote his thesis while working on the BIOPRINT and BIO-2-PRINT projects.
See the video in which Benjamin tells more about his work on the BIO-2-PRINT -project.
Learn more about the research of 3D printing and plastic composites at Centria.