Electrical Engineering Manager I, RRC Power & Energy, LLC, Round Rock, TX

Duties: Design and lead engineering efforts for Battery Energy Storage Systems (BESS) and related DC low-voltage and medium-voltage AC electrical infrastructure including switchgear and distribution equipment. Conduct and/or review detailed system studies such as ampacity load flow short circuit power loss analysis protective device coordination and arc flash. Manage and coordinate project design scheduling and progress monitoring across all phases ensuring compliance with IEEE NESC NEC NFPA QA/QC policies and performance standards. Interpret client and developer requirements and translate them into technical solutions. Review manufacturer drawings for design compliance and integration requirements. Perform quality control checks on project deliverables including drawings and engineering studies and direct designers and drafters on technical drawing requirements. Collaborate closely with the BESS Manager Project Manager and multidisciplinary teams to provide technical leadership. Develop and enhance internal engineering standards processes and project execution strategies while staying current on evolving renewable energy and battery storage technologies. Serve as lead project engineer coordinating with developers engineers of record and internal teams with the potential to advance to project engineering group leadership within two years.

Requirements: Masters degree in Energy Systems Electrical Engineering Renewable Engineering or a closely related field plus a minimum of 2 years of progressively responsible experience in battery energy storage systems (BESS) renewable energy generation electrical distribution or medium-voltage (MV) power systems; or Bachelors degree in Energy Systems Electrical Engineering Renewable Engineering or a closely related field plus a minimum of 4 years of progressively responsible experience in battery energy storage systems (BESS) renewable energy generation electrical distribution or medium-voltage (MV) power systems. Demonstrated expertise applying IEEE NESC NEC and NFPA standards to utility-scale energy projects. Advanced proficiency in MS Word Excel and Outlook with experience developing automation tools using VBA. Advanced proficiency in Python or another engineering-oriented programming language for technical modeling automation and data analysis. Proficient in power system analysis software including CYMCAP ETAP PSCAD PSSE or similar platforms. Knowledge of energy project development processes across multiple U.S. energy markets including permitting interconnection and compliance requirements. Specialized understanding of power marketing principles renewable project contractual frameworks and concept-level system design. Strong written and verbal communication skills in English with the ability to convey complex technical concepts to both technical and non-technical stakeholders. Ability to travel nationally to client sites up to 25%.