innovation
The collaboration between the University of Trento’s Department of Industrial Engineering and INFN-TIFPA develops cutting-edge technologies ranging from radiation sensors and quantum devices to space mission systems. This multidisciplinary ecosystem transforms fundamental physics research into applications for medicine, industry, and space exploration.
The PRIN 2022 project examines how metrology can enhance the reliability of scientific evidence in criminal trials. By focusing on measurement uncertainty and developing operational guidelines, the research promotes a culture of methodical doubt to prevent cognitive bias and wrongful convictions, strengthening the dialogue between science and law and improving judicial decision-making.
The JETCELL project investigates Binder Jetting 3D printing to design innovative anodes for direct carbon fuel cells. By using biochar derived from olive pomace and red mud from aluminum production, the research aims to convert hazardous waste into valuable energy resources, boosting efficiency, sustainability, and circular economy strategies.
Training
A complete, up-to-date guide to modern steelmaking: from iron ore reduction and blast furnace to BOF converter, electric arc furnace, secondary metallurgy, continuous casting and remelting technologies. With practical numerical examples for engineering students and industry technicians.
Giulia Fredi’s Fulbright experience at MIT: eight months of research on carbon nanotube–based nanocomposites and phase-change materials, combining scientific innovation, international collaboration, and personal growth.
Born within the University of Trento’s Department of Industrial Engineering, E-Agle Trento Racing Team wins the 2025 Formula Student Switzerland Junior Cup and achieves podiums at FSAE Italy — a model of innovation, teamwork, and educational excellence.
COMPANIES
Soilence secured second place at Trentino Startup Valley 2025 with its innovative biodegradable water-retaining soil amendment. Developed by researchers from the University of Trento, the technology enhances drought resilience and supports sustainable agriculture in the face of climate change.
New friction materials for braking systems combine benzoxazine resins and rice husk to enhance environmental sustainability. Benzoxazine binders deliver braking performance comparable to phenolic resins, with improved wear resistance and reduced particulate emissions.
Brake wear significantly contributes to fine dust pollution, comparable to exhaust gases. European projects like Rebrake and Euro 7 regulation aim to cut emissions with new technologies and strategies.
stories
Interview with a Trento PhD graduate now working at Jaguar Land Rover. She shares her global journey, how tribology applies to high-performance braking systems, and the future challenges in automotive engineering, including EVs, sustainability, and smart braking technologies.
From an early interest in smart materials to an industrial career, Matteo Federici shares his path through materials engineering studies, a research-focused master’s thesis, a European PhD project, and his current role as a test and analysis engineer in industry.
From academic research to real-world engineering in the Dolomites: Francesco Riz’s journey shows how curiosity, technical skills and a strong bond with one’s territory can shape a meaningful career.
