Research Fellow (Grid Inertia/ Stability & Resiliency)
Core
Designing, testing, and modeling power and energy management systems for microgrid technology and clean energy solutions, focusing on grid inertia, stability, and resiliency.
Role type
Research Engineer II (Power Systems & Grid Stability)
Builds
Microgrid technology and clean energy solutions for advanced utility grid operations and DER deployment.
Domain
Energy sector, Power Systems, Grid Management, Renewable Energy Integration
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure
Required skills
Power converters design and modeling, EMT & RMS simulation, Hardware-in-the-loop (HIL) and Software-in-the-loop (SIL) testing, Grid-following/Grid-forming control dynamics, Dynamic and steady-state stability analysis, Transient analysis (faults, LVRT, RoCoF), Harmonics and switching effects analysis, Control optimization algorithms, Grid code compliance (IEEE, ENTSO-E, IEC standards), DER integration planning, Stochastic programming, Data clustering and classification
Preferred skills
Mathematical modeling of distribution networks with DERs, Visualization tools for data presentation
Technologies
PSCAD, DigiSilent PowerFactory, Siemens PSS-E, ETAP, OPAL-RT, RTDS
Responsibilities
Design and model power converter-driven green energy systems; Configure and conduct HIL/SIL platform testing; Perform grid code compliance workflows for grid-following and grid-forming functionalities; Validate performance under transients, harmonics, and frequency events; Engage industry research collaborators on project milestones and technical reports.
Seniority
Mid-level Research Engineer (2+ years experience)