Senior Power Systems Studies EngineerUtility Innovation Group • Saint Paul, Illinois, United States
Senior Power Systems Studies Engineer
Utility Innovation Group
- Saint Paul, Illinois, United States
- Saint Paul, Illinois, United States
About
The ideal candidate will leverage simulation tools such as PSCAD and PowerFactory to model electrical machines, microgrids, energy storage systems, and power systems for large energy users such as data centers and electric utilities, ensuring seamless integration, reliable operation, and compliance with utility and grid code requirements.
The Senior Engineer will also support the design and integration of UIG’s Energy Storage for Resiliency (ESR) solution, Microgrid Control Systems, and GridSure analytics platform, enhancing energy reliability and performance for critical facilities.
This position offers the opportunity to collaborate with cross‑functional engineering teams, contribute to innovative solutions for data center resiliency and grid optimization, and drive advancements across UIG’s growing portfolio of energy technologies.
Key Responsibilities
Perform EMT simulations to support the design, sizing, and control of microgrids, energy storage systems, data center power systems, and large load/grid‑interconnection scenarios. Develop and optimize models of electric machines, microgrids, energy storage systems, data center power systems, and IBRs. Analyze and design power systems for data centers, focusing on resilience, power quality, and reliability in critical environments. Conduct simulation studies for controls tuning and development, ensuring smooth system integration before field testing and commissioning. Collaborate with engineering teams to refine system designs, perform simulations, and run sensitivity analyses to support system development for both microgrids and data center applications. Support preliminary interconnection studies to validate system concepts and ensure compliance with grid code requirements, focusing on large loads and IBRs. Analyze grid code compliance for microgrids and data center power systems, ensuring that designs meet local and regional regulatory standards. Contribute to the deployment of cutting‑edge microgrid solutions, energy storage systems, and data center power systems—ensuring their reliability, resiliency, and optimal performance. Collaborate with other teams to ensure seamless coordination and integration of power system solutions; document and share technical findings effectively. Write power system studies reports, technical papers, and presentations to support UIG’s technical sales and marketing efforts, conveying complex technical concepts in a clear and impactful manner. Ensure schedules and milestone dates are met, manage tasks efficiently, and deliver high‑quality results on time. Communicate effectively with engineers, customers, and partners via phone, video calls, and face‑to‑face interactions, ensuring clarity and alignment on project goals and deliverables. Take initiative in leading modeling and simulation program‑level support efforts, driving the development and execution of comprehensive system models and simulation activities. Minimum Qualifications
Master’s degree in Electrical Engineering or related field. Proven track record in electromagnetic transient (EMT) analysis and power system studies. Strong experience with PSCAD and/or PowerFactory. Experience with traditional electric machines, IBRs, and power electronics‑based systems. Preferred: Familiarity with grid code compliance and interconnection standards for power systems (or desire to learn). Excellent collaboration skills and ability to work with cross‑functional teams. Ability to manage multiple tasks, meet deadlines, and deliver results within project timelines. Strong analytical, communication, and organizational skills with a desire for continuous improvement. Proficient with Microsoft Office suite. Ability to travel up to 10% of the year. Knowledge, Skills, and Abilities
Proficient with PSCAD or similar modeling and simulation environments. Preferred: Python, C++, or MATLAB coding abilities. Expertise in engineering studies (transient stability, grounding, short circuit, arc flash, coordination, power and load flow modeling, islanding, etc.). Preferred: Knowledge of grid‑interconnection and grid‑compliance studies in the United States and Europe. Occasionally assist with equipment and system testing in the R&D facility and on job sites. Occasional exposure to and requirement to work around electrical testing and other industrial processes. Remote within the US or EU, with occasional travel to research and development facilities and project sites as needed. Please note: We are unable to offer visa sponsorship for this position. Candidates must have current work authorization in the United States.
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Languages
- English
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