Paolo PAVAN

Paolo PAVAN is a Full Professor at the Department of Engineering 'Enzo Ferrari' of the University of Modena and Reggio Emilia (UNIMORE). He leads research in neuromorphic electronics, semiconductor devices, and wearable biomedical sensors. His work spans memristor-based neural networks, power electronics (GaN MOSFETs), and driver safety systems leveraging physiological signals like PPG and skin conductance. He teaches advanced courses on electronic systems design, neuromorphic hardware, and analog electronics.

Research interests include neuromorphic computing architectures, reliability of emerging memory technologies (RRAM/FeFET), and GaN-based power devices. He has published extensively on topics like defect dynamics in semiconductors, in-memory computing, and automotive safety systems. His lab (e-lab.unimore.it) focuses on bridging device physics and circuit design for next-generation electronics.

Recent studies highlight contributions to spiking neural networks using hybrid CMOS-memristor systems, driver drowsiness detection via TCNs, and TCAD analysis of GaN device instabilities. His work addresses both fundamental physics and practical applications, emphasizing energy efficiency and reliability in emerging technologies.