Bridging the Disciplinary Gap: The Contamination Lab as a Strategic Framework for Revitalizing Agricultural Engineering Education

Italian Agricultural Engineering faces a significant structural crisis due to its historical academic placement within agricultural rather than engineering departments, which limits its technical visibility and interdisciplinary synergy. To address this misalignment, this paper proposes the Contamination Lab (C-Lab) initiative as a transformative archetype to reconnect the sector with core engineering and technological disciplines. We analyze the pilot Agroforestry Engineering C-Lab at the University of Udine, where multidisciplinary student teams from engineering, agronomy, and computer science collaborated to solve real-world industrial challenges using Design Thinking. Quantitative analysis reveals that academic maturity and high performance in traditional exams are strong predictors of success in these open-innovation environments. While immediate industrial innovation readiness varied, participating companies highly valued the co-creation process and unique talent scouting opportunities provided by the lab. The study concludes that the C-Lab functions as an essential “disciplinary bridge”, i.e. a Cross-Sectoral Innovation Driver facilitating the transition toward Biosystems Engineering while offering a scalable model for other international contexts. Formalizing these initiatives within accredited study paths is crucial to bridging the current gap between academic training and the evolving demands of the agrifood-tech sector.