The position is for a senior level engineer with expertise in power system simulation, data analysis, and design. The candidate will provide technical support and leadership across multiple projects within the Critical Power & Electromagnetic Threats Program and must be U.S. citizen with ability to obtain and maintain a security clearance. Applicants with active security clearance are preferred.

The candidate can expect the following tasks and roles:

• Perform power system analysis (time-domain and frequency domain) using software tools like EMTP-RV, PowerWorld, PSS/E OpenDSS, etc.

• Design, implement, and test novel analytics and simulation capabilities.

• Provide technical leadership through collaboration with a diverse team of subject-matter experts and junior staff.

• Provide engineering support and solutions to technical challenges that arise daily over a broad range of electrical engineering topics.

• Manage medium-to-large-scale projects, including budgets and resources.

• Communicate strategies and results, written and verbal, to program members, clients and external stakeholders through guidelines, reports, meetings, webcasts, workshops, and conferences.
  

Knowledge, Skills, Abilities:

• 10 or more years of R&D project experience at a national laboratory, research institute, and/or utility.

• Knowledge and experience applying computational methods used to analyze, plan and operate electrical power systems.

• Experience designing and implementing complex simulations across multiple platforms, including the effective post-process of the resulting datasets.

• Excellent communication with customers and staff, both verbally and in writing.

• Shows maturity of technical expertise and assumes responsibility for achieving highly specialized technical objectives.

• Self-motivated individual contributor capable of working independently and effectively as part of a team.
  
  Ideal candidate:

• MS and/or PhD in Electrical Engineering with Power System emphasis.

• Experience developing asset models and building, validating, and applying network models for a range of power system analyses.

• Experience with software coding (Python, MATLAB, Delphi, C++, etc.).

• Knowledge of AI/ML and potential applications in power systems research.

• Ability to recognize strategic issues and projects and build collaborative and successfully complete projects

• Active TS or Q security clearance with SCI eligibility