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About

Amine Bermak is a multidisciplinary researcher whose work spans two dynamic and increasingly critical fields: wearable printed electronics and AI-driven cybersecurity. His most influential contributions center on the development of flexible, inkjet-printed sensors designed for real-time human health monitoring. His 2019 paper on inkjet-printed body temperature sensors, garnering 70 citations, established a significant benchmark in the field by demonstrating high-performance sensing on deformable plastic substrates — a breakthrough for practical wearable healthcare devices. Building on this foundation, Bermak has continued refining printed sensor technology, investigating silver interdigitated electrodes and carbon-sensing films to optimize accuracy and reliability, work that has attracted growing attention within the biomedical engineering community. Beyond hardware innovation, Bermak has made notable strides in intelligent systems security, contributing systematic reviews on explainable AI-based intrusion detection tailored for Industry 5.0 environments. As manufacturing ecosystems grow increasingly reliant on interconnected IoT and robotic systems, his research addresses the urgent challenge of transparent, interpretable cybersecurity frameworks. With over 120 cumulative citations across these complementary domains, Bermak represents a rare intersection of materials engineering ingenuity and applied artificial intelligence, making his work highly relevant for researchers navigating the future of smart, connected human-centric systems.