Source Job

Develop and implement designs for power system components, including substations, transformers or renewable projects. Perform power system studies and analyses, including load flow, short circuit, arc-flash, stability, and reliability assessments. Conduct power system modeling and simulations to identify and resolve potential issues.

AECOM is the global infrastructure leader, committed to delivering a better world by solving clients’ complex challenges in water, environment, energy, transportation and buildings.

• Perform complex load and generation interconnection studies in line with TSP and ERCOT’s methodology.
• Mentor and empower a small team of engineers fostering a culture of excellence, accountability and innovation.
• Serve as a trusted advisor to generation and large load developers helping them navigate ERCOT’s evolving interconnection landscape.

Electric Power Engineers (EPE) partners with power and energy clients across the globe, providing consulting expertise and energy intelligence software solutions for complex engineering and grid modeling challenges. As leaders in the renewables space, they are focused on building a modern, secure, and resilient grid.

• The Managing Consultant (Transmission) will assign in the strategic engagements on key transmission issues for utility, developer, investor, and system operator clients.
• You'll structure the problem in collaboration with in-house transmission experts, define and check analytical tasks for E3 project teams, own day-to-day client leadership, and coordinate across cross-functional client teams.
• Responsibilities include leading the delivery of customer work through modeling, developing presentations, writing, and preparing entire subsections of reports and papers, and owning customer requests.

Energy + Environmental Economics (E3) is a fast-growing energy consulting firm that helps utilities, regulators, policy makers, developers, and investors make strategic decisions. They offer a 360-degree knowledge of markets, planning, policy, regulation, and environmental factors.