Senior Power System Engineer (EMT)

Company Description EdgeTunePower Inc. (ETP) delivers advanced engineering, control, and real-time validation solutions for AI data centers, inverter-based resources, energy storage systems, and on-site generation facilities. The company specializes in power system integration, stability assessments, grid interconnection studies, plant control systems, and Hardware-in-the-Loop testing to ensure reliable operation of next-generation energy infrastructure. Leveraging expertise in EMT simulation, real-time digital simulation, digital controls, and power system automation, ETP helps clients reduce project risk and accelerate deployment schedules. ETP works with utilities, developers, hyperscalers, OEMs, EPCs, and system operators to enhance grid reliability and support the rapid growth of electrification and AI-driven loads.
Role Description The Senior Power System Engineer (EMT) is a full-time remote role focused on modeling, simulating, and analyzing complex power systems with a strong emphasis on EMT studies. Day-to-day responsibilities include developing detailed EMT and real-time digital simulation models, performing power system stability and interconnection studies, and supporting design and validation of plant control systems for inverter-based resources and energy storage projects. The role involves preparing technical reports, presenting study results to internal and external stakeholders, and collaborating with cross-functional teams to refine system specifications and control strategies. The engineer will also help define best practices, mentor junior engineers, and contribute to continuous improvement of tools, workflows, and methodologies for next-generation grid applications.
Qualifications
Strong foundation in Power Systems and Electrical Engineering, with the ability to apply core principles to complex grid-connected and islanded scenarios.
Experience performing Power System Studies, including stability, EMT, and interconnection analyses for inverter-based resources and energy storage.
Knowledge of Power Generation and Electric Power infrastructure, including grid codes, protection schemes, and control systems for renewable and conventional assets.
Proficiency with EMT simulation tools (e.g., PSCAD, EMTP, RTDS, OPAL-RT) and familiarity with Hardware-in-the-Loop testing environments.
Bachelor’s or Master’s degree in Electrical Engineering or a related discipline; advanced specialization in power systems or control is advantageous.
Ability to communicate complex technical findings clearly through written reports and presentations to technical and non-technical audiences.
Experience collaborating in remote, distributed engineering teams and managing multiple projects and deadlines independently.
Background working with utilities, renewable developers, OEMs, EPCs, or data center operators is beneficial, along with familiarity with grid interconnection requirements and standards.

Work arrangement
Yes