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About

Kosmas Alexopoulos is a leading researcher at the intersection of artificial intelligence, robotics, and advanced manufacturing, with a focus on creating intelligent, adaptive production systems. His work centers on integrating digital twins, cyber-physical systems, and agent-based frameworks to enable real-time automation and predictive maintenance. A key contribution is the development of a microservice architecture for predictive analytics in manufacturing (26 citations), which leverages virtualization for flexible, multi-tenant deployment. He also pioneered an agent-based system for automated configuration and coordination of robotic operations (11 citations), demonstrated on a car floor welding process, and co-authored the highly cited "Artificial Intelligence in Manufacturing Equipment, Automation, and Robots" (18 citations). His research on digital twin-enabled cyber-physical systems for mixed packaging (4 citations) addresses the challenge of low batch size production, while his robot-based inspecting system for 3D measurement (3 citations) advances zero-defect manufacturing. With over 100 total citations, Alexopoulos’s work is shaping the future of smart factories, emphasizing the critical role of humans in AI-driven automation.