Collaborate with cross-functional teams to design, develop, and deploy cloud-based software solutions for the energy sector. Maintain and enhance existing applications while contributing to the development of agentic skills and processes.
The Power Systems Optimization Engineer will design and implement mathematical optimization methods to solve complex grid planning challenges, including transmission upgrades and storage integration. They will collaborate with planners and developers to deploy these methods as scalable software tools while providing technical support to clients.
Perform complex interconnection studies and develop IBR and large load models for various ISOs and utilities. Collaborate with team members to provide subject matter expertise and support developers in navigating interconnection processes.
Perform complex power system impact studies including steady state, short circuit, and dynamic stability analyses. Ensure NERC compliance and support generator interconnection projects through technical reporting and data management.
Perform complex power system studies including EMT, steady state, and model development to support grid infrastructure. Provide advisory support to clients and coach internal staff while ensuring project quality and budget objectives are met.
Manage power systems engineers delivering commissioning and testing support for energy resources, ensuring projects meet quality, budget, and regulatory deadlines. Engage clients and support business development, team development, and process improvements to expand commissioning services and improve delivery efficiency.
Define product strategy, roadmap, and AI initiatives for the Insights grid analytics platform. Lead cross-functional teams to enhance GIS-based energy tools and improve platform scalability and data quality.
You will lead the design, development, and delivery of high-quality front-end components for innovative energy sector software products. You will also collaborate with cross-functional teams to ensure scalable, performant, and user-centered web applications.
The Principal Engineer will lead protection design and coordination studies for transmission systems while ensuring NERC PRC compliance and system reliability. The role involves managing a team, providing technical guidance to clients, and developing process improvements for grid modeling and protection schemes.
The Software Power Systems Engineer will design, develop, and validate scalable analysis engines and workflows for distribution systems within the ENER-i platform. They will also collaborate with product and client delivery teams to convert utility models, perform technical reviews, and mentor other developers.
Perform complex power system studies including EMT, steady state, and model development to support grid innovation. Provide advisory support to clients and coach internal staff to ensure project quality and budget objectives are met.
The manager will lead the account management team while maintaining a personal portfolio of strategic clients to drive organic growth. They are responsible for developing account strategies, forecasting revenue, and ensuring consistent service delivery across the enterprise.
The strategist will identify and pursue strategic business opportunities by bridging electricity market, regulatory, and technical expertise with client needs. They will lead market intelligence efforts, develop client engagement strategies, and manage the proposal process to expand EPE's presence in the energy sector.
The Account Manager is responsible for the strategic growth, relationship development, and commercial performance of a portfolio of assigned EPE clients. They proactively uncover opportunities, manage account plans, and coordinate with internal technical teams to expand EPE's service footprint.
The role involves bridging deep transmission planning expertise with market strategy to identify and pursue business opportunities with utilities and ISO/RTOs. You will lead technical engagement, develop account strategies, and translate complex engineering challenges into actionable service offerings for clients.
The strategist will bridge technical utility expertise with business development to identify and pursue opportunities in distribution planning and grid modernization. They will engage utility leaders as a credible technical partner to translate client challenges into actionable scopes of work and strategic account plans.
Perform detailed bulk power system dynamic studies and conduct inverter-based resource modeling including steady state, short circuit, and dynamic stability. Prepare technical study reports and ensure project quality, budget, and timeline objectives are met.
Lead load and generation interconnection efforts within the ERCOT footprint while managing complex technical studies and grid modeling. Provide technical direction, mentorship, and performance management to a team of power system engineers.
Lead a team of power system engineers in performing modeling and NERC technical studies while managing client accounts and business development. Oversee project quality and timelines while fostering the professional development of direct reports.
Lead the Energy Market Analysis team to drive growth strategy and provide expert guidance on transmission and market design projects. Manage project staffing, resource utilization, and client relationships while ensuring high-quality deliverables and adherence to project timelines.
The GIS Automation Engineer will design and maintain Python-based tools to automate geospatial data operations and improve team productivity. They will collaborate with analysts and engineers to build custom services and integrations that streamline workflows across the project lifecycle.
The Lead GIS Engineer will set the technical direction for geospatial data design, ETL workflows, and automation roadmaps while ensuring high data quality standards. They will also mentor team members, manage GIS infrastructure, and collaborate with product teams to deliver energy intelligence solutions.
Lead a team of power system engineers in performing NERC technical studies and ERCOT IBR modeling for clients. Manage client accounts, oversee project quality and budgets, and support business development activities.
Perform advanced EMT and model benchmarking studies to assess power system performance and interconnection requirements. Provide subject matter expertise and strategic guidance while mentoring technical staff on complex grid modeling challenges.
The intern will perform network-wide steady-state and short-circuit studies while contributing to process improvement efforts. They will work closely with a mentor to gain industry knowledge and experience with Texas and Eastern Interconnection power systems.
The Product Owner will define the product vision and roadmap while translating complex engineering workflows into actionable user stories for the development team. They will collaborate across consulting and software groups to ensure the delivery of high-quality, scalable grid modeling software.
The Project Manager leads project teams, oversees execution planning, and ensures projects meet financial and operational goals. They are responsible for managing stakeholder relations, contract compliance, and driving project recovery efforts when necessary.
Perform and lead complex interconnection studies including load flow, short circuit, and transient stability across the WECC footprint. Support business development activities and provide subject matter expertise to clients and internal staff.
Perform protection studies, fault event analysis, and develop relay setting files for distribution substations and feeders. Collaborate with utility clients to review design packages and ensure project quality and budget objectives are met.
The Senior Engineering Manager will lead a team of technical experts in delivering transmission planning services for utilities and ISOs. Responsibilities include overseeing project execution, managing client relationships, and supporting business development efforts.
Perform complex power system impact studies including steady state, short circuit, and dynamic stability analyses. Ensure compliance with NERC standards and prepare technical reports for transmission planning projects.
The Engineering Manager will lead a team of power system engineers in performing transmission studies, managing client accounts, and supporting business development activities. They are responsible for ensuring project quality, budget adherence, and the professional development of their direct reports.
Lead the Energy Market Analysis team to drive growth strategy and provide expert guidance on transmission and market design within the ERCOT region. Manage project staffing, resource utilization, and client relationships while ensuring high-quality deliverables and business development success.
The Associate Technical Director will lead the modeling services team, overseeing complex EMT and stability model development for generation and load clients. This role involves driving technical delivery, mentoring staff, and developing go-to-market strategies to expand the company's modeling service line.
The Vice President / Senior Director will lead the strategy, growth, and P&L performance of the BTM Solutions and Private Grids service line. They will recruit and mentor a multidisciplinary engineering team while cultivating executive-level relationships with hyperscale data center developers and infrastructure investors.
Lead generation and merchant transmission interconnection efforts within the ERCOT footprint while managing complex technical studies. Mentor junior engineers and serve as a technical subject matter expert for power system modeling and grid strategy.
The Principal Engineer will lead feasibility studies, technology selection, and engineering strategy for behind-the-meter gas generation projects serving hyperscale data centers. They will also provide technical oversight, mentor staff, and serve as a subject matter expert for clients throughout the project lifecycle.
Lead the design and development of advanced Private Grid control systems for hyperscale and AI data center campuses. Coordinate control integration across multidisciplinary teams and establish engineering standards for grid-connected and islanded operations.
The intern will develop and conduct computer modeling and analysis for transmission and distribution planning studies. They will also contribute to process improvement efforts, including the development of Python scripts.
Lead and support generator compliance testing and commissioning for renewable and conventional power plants across North America. Monitor live test data and prepare technical reports to ensure facilities meet NERC and ISO requirements.
Perform complex interconnection studies including loadflow and transient stability across multiple ISOs and utilities. Develop and validate IBR and large load models while supporting developers in navigating interconnection processes.
Perform complex interconnection studies including load flow and transient stability across multiple ISOs in the Eastern Interconnect. Provide subject matter expertise to clients and mentor technical staff to support growth strategies.
Lead power system generation and merchant transmission interconnection services within the ERCOT footprint. Manage complex technical studies, validate plant models, and mentor junior power systems engineers.
Perform detailed bulk power system studies and IBR dynamic modeling using software like PSCAD, PSSE, and TSAT. Prepare technical reports and ensure project completion within quality and budget objectives.
Lead and mentor a team of engineers performing EMT modeling and benchmarking for generation and load projects. Serve as a technical advisor to clients navigating interconnection landscapes while driving commercial growth and internal tool development.
Perform complex Electro-magnetic Transient (EMT) and steady state power system studies to support grid design and client projects. Provide technical leadership by mentoring junior engineers and offering advisory support to generation and transmission developers.
The Engineering Manager will lead protection and control design, coordination analyses, and system modeling for transmission systems. They will also manage a team, ensure NERC PRC compliance, and provide technical guidance to clients and stakeholders.
Perform complex interconnection studies and support developers in navigating interconnection processes. Serve as a subject matter expert and develop relationships with key stakeholders.
