Concerning worldwide environmental problems, a possible energy crisis and cybersecurity concerns, Kim’s group is developing the next-generation cyber-resilient power and energy systems such as distributed energy resources (DER) systems, battery energy stroage systems, renewable energy systems, microgrids, electricfied vehicles systems, and digital substation. The current research areas we are focusing on are as follows: 1) Cyber-Physical System Security: malware security, intrusion detection, blockchain, quantum security, and security assessment; 2) Secure and Efficient AI and Quantum Intelligence: AI security, quantum ML/AI and optimization, and AI hardware; 3) Power Electronics: Smart inverter, controller security, hardware security, and diagnosis; and 4) Cyber-Resilient Energy Infrastructure: Energy OT device security, network and platform security, security and resilience management system.
News
[12/24] Multiple RA and post-doc positions are available (Spring/Fall 2025), please email me at tkx96@missouri.edu (Track 1: Cybersecurity: Malware Security, Zero-Trust Security, Blockchain, Security assessment; Track 2: AI and Qauntum Intelligence: Thrustworthy and Efficient AI, Quantum AI, Optimization, and Simulation, and Generative AI; Track 3: Cyber-Informed Power Electronics: Smart inverter, Controller security, Hardware security, and Diagnosis; and Track 4: Grid Innovation: Smart Grid Device Security, Grid Network and Control Platform Innovation, and Security and Resilience Managment System.
[12/24] We are pleased to announce that a new international joint R&D project on Development of a high-efficiency smart power conversion system applying AI based C&PD platform technology sponsored by KETEP.
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