Senior/Lead Power Systems Consultant

We are looking for a Senior Power Systems Consultant or lead Power Systems Consultant to join Grid Software’s Power Technologies International (PTI) team. In this dynamic position, you will apply your expertise to conduct large-scale power system studies and simulations. Your critical work will directly support the electric grid planning and the reliable integration of renewable energy resources, battery storage solutions, and significant large loads into the electrical grid for a diverse portfolio of clients, including leading renewable developers, power producers, Independent System Operators (ISOs), and transmission providers.

We are seeking a highly analytical, meticulous, and self-motivated professional – a true learner, expert and leader – who is passionate about contributing to sustainable energy solutions. Whether you are eager to grow your skills, lead and mentor others, or make a tangible impact on the energy transition, this role offers an exceptional opportunity to thrive.

This will be a fully remote position based in the Contiguous U.S.

You’ll make a significant impact by:

• Conducting in-depth power system studies: Performing steady-state/power flow analysis, short circuit studies, transient stability analysis, and EMT simulation to evaluate the reliable integration of renewable generation, battery energy storage, and large loads into the grid.
• Developing comprehensive technical reports: Preparing detailed written reports that clearly articulate study scope, assumptions, methodologies, conclusions, and actionable recommendations.
• Ensuring project success through effective communication: Collaborating closely with project managers and study teams, communicating scope and status proactively, and delivering high-quality work on time and within budget.
• Driving efficiency through innovation: Developing automation scripts and tools to enhance the speed, accuracy, and reliability of simulations and analyses.

• Leading complex power system projects: Independently performing studies, leading and coordinating small project teams, and ensuring the highest quality deliverables are achieved within project timelines and budgetary constraints.
• Providing technical mentorship and thought leadership: Sharing expertise, guiding junior colleagues, and fostering a culture of continuous learning and knowledge transfer within the team.
• Contributing to business growth: Supporting proposal development by crafting detailed project plans, budgets, and timelines that align with client needs and Siemens’ strategic objectives.

Required qualifications:

• Educational Foundation: A master’s degree in electrical engineering with a focus in power systems is required; a Ph.D. degree is highly desirable.
• Professional Experience:
  • Senior: a minimum 5 years of professional experience in the electric power industry, gained from consulting, utilities, developers, ISO/RTOs, or National Labs.
  • Lead: a minimum 8 years of professional experience in the electric power industry, gained from consulting, utilities, developers, ISO/RTOs, or National Labs.
  • Note: An advanced degree, e.g. MS, PhD, can substitute 1~2 years.
• Technical Proficiency in Power System Analysis: Extensive and proven expertise in transmission planning and/ or operations, generator modeling, and generator interconnection studies, experienced user of multiple tools including PSS®E, TARA, PSLF, PSCAD, ASPEN, and others. (Python experience would be a plus)
• Ability to travel 5% domestically each year.

Preferred qualifications:

Beyond the essential requirements, candidates who possess the following will be highly regarded:

• Progressive experience working in a power system consulting environment, demonstrating client-facing skills and project delivery expertise.
• Extensive and proven experience in performing and interpreting complex power flow/ steady-state analysis, dynamic stability, EMT studies, and short circuit studies.
• Proven experience in developing scripts (e.g., Python, MATLAB) to automate the execution, post-processing, and analysis of power system simulations, enhancing efficiency and accuracy.
• Strong working knowledge of NERC reliability standards (such as TPL or MOD series) and Regional Entity (e.g., ERCOT, MISO, PJM) planning guides and model quality requirements for generation interconnection
• Deep understanding of the dynamic model and control logic. The experience of building and tuning dynamic parameters in PSSE or PSCAD is highly preferred.