Power Electronics Lab
Resilient Energy and Advanced Converter Technologies
Welcome to REACT at Kansas State University. Led by Dr. Mateo D. Roig Greidanus, our lab develops converter architectures, modeling methods, and control strategies for dependable operation of distributed energy resources and critical electric infrastructure.
Our research connects power electronics, control, power systems, and cyber-physical security. We combine analytical modeling, simulation, embedded control, and hardware experiments to understand converter interactions and strengthen resilience to faults, communication delays, and cyberattacks.
Research Focus
- Resilient and secure power electronics: detecting and mitigating interference in converter sensing, communication, and control.
- Networked power converters: scalable coordination, converter interactions, and control under communication delays.
- Advanced power conversion: converter topologies, modulation, modeling, and control for distributed energy resources.
- Intelligent monitoring and control: physics-based models, digital twins, and trustworthy data-driven methods.
Recent Highlights
- September 2, 2026: Dr. Roig Greidanus presented and participated in the Working Group Leadership Panel at the Secure Energy Initiative Technical Interchange Meeting. Read more.
- Upcoming — November 2026: Dr. Mateus Nava Mezaroba will join the lab as a postdoctoral researcher. Meet our team.
- 2026: New publications in IEEE Transactions on Power Electronics investigate multi-tone side-channel noise mitigation and real-time deep learning for side-channel noise mitigation in solid-state transformers.
- 2026: Dr. Roig Greidanus transitions to a tenure-track Assistant Professor appointment after joining K-State as a Visiting Assistant Professor in August 2025.
All news and research highlights
Laboratory & Facilities
Our experimental research connects converter modeling and simulation with embedded control, measurement, and hardware validation. We study converter behavior during normal operation, transients, faults, and cyber-physical interference.
The REACT group works in the Power Electronics Laboratory, room 2187, Engineering Hall. For current equipment availability and experimental collaboration opportunities, contact Dr. Roig Greidanus.
Join REACT
We welcome inquiries from prospective graduate students, undergraduate researchers, and postdoctoral researchers interested in power electronics, control, and cyber-physical security. We also welcome academic and industry collaboration.
Research opportunities and how to get in touch
Contact
Dr. Mateo D. Roig Greidanus
REACT Power Electronics Lab
Mike Wiegers Department of Electrical and Computer Engineering
Kansas State University
Office: 3074 Engineering Hall
Power Electronics Laboratory: 2187 Engineering Hall
1701D Platt St., Manhattan, KS 66506
Email: roiggreid@ksu.edu