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, solid-state transformer (SST), digital substation, and AI data center. The current research areas we are focusing on are as follows: 1) Cyber-Physical Systems Security: malware security, intrusion detection, quantum security, AI security, blockchain, and security assessment; 2) Efficient AI and Quantum Intelligence: Efficient AI, quantum AI and optimization, and quantum-inspired computing; 3) Power Electronics (PE): Smart inverter, SST, PE cybersecurity and diagnosis; and 4) Energy Infrastructure of the Future: Energy OT device security, control room of the future (DSO/ADMS/DERMS/VPP), digital twin and real-world replicable testbed development.
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[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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