Research focuses on computational methods for power systems: modeling, simulation, stability analysis, open-source infrastructure (ANDES), and data-center loads
Research in power system modeling and simulation, open-source software, and data-center loads; teaching from circuit analysis to computational research
Research and teaching in power systems and scientific computing
Research in power system simulation and open-source software development
Research in large-scale power system simulation and cyber-physical systems
Created a graduate course that takes students from simulation fundamentals to computational research and research-software practice
Foundational undergraduate course in circuit analysis
Advanced course covering numerical methods for power system analysis, including power flow, optimal power flow, and dynamic simulation. Emphasis on high-performance computing and modern software development practices.
Fundamentals of power system analysis, including per-unit systems, power flow studies, economic operation, and symmetrical components. Introduction to power system stability and protection.
Presented a novel open-source environment for applying reinforcement learning to power system control problems, featuring integration with ANDES for high-fidelity power system simulation.
Discussed innovative approaches to using power system simulators in engineering education, focusing on hands-on learning and real-world applications.
Special Issue: Advances in Distributed Energy Resources Aggregation for the Low Carbon Future
Two proposals (2026); two panels (2025); three panels (2024)
Two panels