Provides strategic and operational leadership for battery energy storage system (BESS) augmentation projects, directing superintendents and technical teams, overseeing portfolio-level planning and execution, and ensuring safe, timely, profitable delivery of battery capacity additions, replacements, system upgrades, integration, testing, commissioning, and turnover.
Compensation
$159,613.00 - $212,286.00
Responsibilities
Provide strategic and operational leadership for BESS augmentation programs, Superintendents, and technical teams in partnership with project managers
Set portfolio priorities, staffing plans, governance, performance expectations, and augmentation strategies
Direct safe field execution, outage and resource planning, subcontractor coordination, quality, schedule, testing, commissioning, and turnover
Partner with project managers on budgets, procurement, contracts, schedules, forecasts, risks, change control, and closeout
The role is seeking an Engineer I, II, or III to support the safe, reliable, and efficient operation of utility-scale solar, Battery Energy Storage Systems (BESS), microgrids, and associated generation systems.
Locations (2)
Phoenix, Arizona, United States
New Mexico, United States
Responsibilities
Provide engineering and technical support for solar, BESS, microgrid, and associated generation systems.
Analyze equipment performance, operating data, alarms, failures, and recurring issues to identify corrective actions and reliability improvements.
Troubleshoot equipment and system issues, perform root-cause evaluations, and develop practical engineering solutions.
Support equipment replacements, upgrades, modifications, and capital projects, including design reviews, testing, commissioning, and turnover.
Develop and maintain engineering drawings, specifications, technical documentation, equipment requirements, and standards.
Lead engineering definition, design integration, and technical execution of power generation and utility infrastructure projects.
Compensation
USD $150,080.00 - USD $187,600.00 /Yr.
Responsibilities
Lead engineering definition, design integration, and technical execution of power generation and utility infrastructure scope across complex projects and pursuits.
Support development of integrated power solutions for behind-the-meter and grid-connected applications serving mission-critical, industrial, infrastructure, and other large-load environments.
Serve as a lead technical point of coordination across electrical, mechanical, controls, civil, utility, construction, commissioning, procurement, and client stakeholders.
Provide engineering leadership through all phases of project delivery, including conceptual design, proposal support, detailed engineering, procurement support, construction support, startup, and turnover.
Support scope definition, design basis development, equipment selection, technical narratives, risk identification, cost input, and schedule input during pursuits and early-stage project development.
Requirements
Bachelor of Science in Electrical Engineering
Bachelor of Science in Mechanical Engineering
Bachelor of Science in Power Engineering
Nice to have: Master’s degree in Engineering
Bachelors degree in an engineering discipline or related applied science discipline
Masters degree in Engineering (optional substitute)
Nice to have: Professional Engineer (PE) license
Nice to have: Problem analysis/resolution techniques
