The Team Lead will manage detailed electrical studies for utility and renewable energy clients while providing mentorship and technical guidance to a team of engineers. They are responsible for establishing technical standards, performing QA/QC, and ensuring regulatory compliance throughout the project lifecycle.
The Quality Leader is responsible for diagnosing operational workflows and implementing practical improvements to enhance efficiency, profitability, and project delivery. This role partners with cross-functional leadership to establish metrics, standardize processes, and foster a culture of continuous improvement across the organization.
The Technical Recruiter will manage the full-cycle recruiting process, including sourcing, screening, and interviewing candidates to support company growth. They will also collaborate with hiring managers to define position requirements and serve as a brand ambassador for the organization.
The Team Lead oversees a team of project managers and coordinators to ensure the successful delivery of electrical substation and transmission projects. They are responsible for managing project budgets, schedules, and documentation while providing mentorship and guidance to team members.
The Team Lead manages a multi-disciplinary team of engineers to ensure the accurate and timely completion of utility-scale renewable engineering projects. They act as a mentor to staff, serve as a primary client contact, and oversee the development and enforcement of standard best practices.
The Electrical Engineer will perform detailed design and analysis of utility-scale photovoltaic power systems, including equipment specifications and power system studies. They will coordinate with an integrated design team to ensure project deliverables meet schedule and budget requirements.
Interns will work with experts in the renewable energy sector to gain practical experience. Responsibilities involve supporting projects related to solar and wind energy initiatives.
The Renewable Development Engineer acts as a primary liaison for development and bid support, performing preliminary electrical and civil design for PV, BESS, and Wind projects. They collaborate with internal and external stakeholders to ensure technical requirements are met while managing project feasibility and production estimates.
The Senior Renewable Studies Engineer will perform electrical power system modeling and analysis for renewable energy projects including solar, wind, and battery storage. They will also serve as a client-facing project lead, establishing study methodologies and providing quality assurance for the renewable studies team.
The Structural Designer will perform detailed design and drafting for utility-scale renewable energy projects, including solar, wind, and battery storage systems. They will collaborate with multi-disciplinary teams to produce accurate construction drawing packages and ensure compliance with project specifications and codes.
The senior field technician will perform engineering field services, including equipment testing, troubleshooting, and commissioning for complex electrical infrastructure. They will also lead teams, mentor staff, and assist with engineering design and construction support under the supervision of a professional engineer.
The Renewable Development Engineer acts as a primary liaison for PV, BESS, and Wind project development, bid support, and preliminary design. They collaborate with internal and external stakeholders to perform electrical and civil design, production estimates, and proposal pricing support.
The Electrical Engineer will perform detailed physical and electrical design for battery energy storage systems and conduct power system studies. They will also coordinate with multi-disciplinary teams to ensure project deliverables meet schedule and budget requirements.
The Substation Project Engineer will lead multi-disciplinary substation projects, performing engineering design, analysis, and QA/QC reviews across physical and protection & control disciplines. They will also provide technical leadership, mentor junior staff, and ensure project deliverables meet NEI and industry standards.
The lead is responsible for developing technical training programs and ensuring field service teams are prepared for safety and client-facing demands. They will also analyze field data to identify growth opportunities and support the development of new business lines.
The engineer will perform field work, engineering design, and analysis for electrical power systems and SCADA infrastructure. Responsibilities include programming, testing, and commissioning of control systems while ensuring project deliverables meet quality and budget standards.
The Director is responsible for growing the data center business line by developing client relationships, expanding the project pipeline, and driving financial performance. They will also lead, recruit, and mentor technical teams to ensure high-quality project delivery and organizational growth.
The Manager of Technical Training is responsible for building scalable training and development systems to improve workforce competency and project delivery. This role involves partnering with leadership and subject-matter experts to assess technical needs, develop curricula, and establish an operating model for a new training function.
The electrical engineer will be responsible for the design and engineering of mission-critical substation projects. They will ensure all technical specifications and safety standards are met throughout the project lifecycle.
The engineer will perform detailed design and analysis for substation electrical power systems, including diagrams, modeling, and protective relay settings. They are also responsible for providing field assistance, troubleshooting, and ensuring quality deliverables within project budgets.
The Senior Physical Engineer will lead project-based design and analysis for electrical substations and BESS facilities while ensuring technical quality and budget adherence. Responsibilities include mentoring junior staff, performing QA/QC reviews, and managing client deliverables.
The Team Lead will manage multidisciplinary engineering teams to deliver complex electrical infrastructure projects while serving as the primary operational point of contact for clients. They are responsible for technical execution, mentorship, quality control, and driving business growth through client partnerships.
The Team Lead manages a team of engineers and technicians to ensure the accurate and timely completion of transmission engineering projects. They are responsible for project planning, technical mentoring, and enforcing standard best practices across the department.
The Principal Substation Engineer will serve as a technical consultant and subject matter expert for complex substation projects, providing design oversight and QA/QC. They will also mentor staff, enforce engineering standards, and act as a trusted advisor to clients and internal teams.
The engineer will perform electrical power system modeling and analysis for renewable energy projects including solar, wind, and battery storage. They will also assist with client communication, maintain technical standards, and occasionally support field testing and commissioning.
Manage a team of engineers performing power systems modelling and analysis for renewable energy facilities. Ensure the accurate, timely, and quality completion of electrical engineering scopes while mentoring team members and managing project finances and schedules.
Perform detailed engineering design and prepare drawings for electrical power and mechanical systems within the industrial space. Support client projects by providing quality deliverables, including one-line diagrams and PLSCADD designs, while adhering to budgets and timelines.
Support engineering design and analysis for power delivery projects within the oil and gas industrial sector. Assist in creating design products, computer-based models, and technical reports under the guidance of a Professional Engineer.
Acts as a subject matter expert for complex civil and structural projects involving electric power substations and generating plants. Responsibilities include performing detailed design reviews, creating technical standards, and providing leadership and mentoring to the engineering team.
Design and analyze SCADA and control systems for electrical power facilities such as substations and wind farms. Responsible for developing design packages, performing on-site testing, and coordinating with stakeholders to ensure integrated solutions.
Lead and grow a team of electrical engineers and technicians to ensure the quality and timely completion of projects for industrial clients. Manage resource planning, budgets, and client relationships while mentoring staff and supporting business development.
Perform detailed engineering design and analysis for electrical power systems, including one-line diagrams and relaying schematics for substations. Conduct power system studies and manage project deliverables, budgets, and client communications.
Manage a team of engineers and technicians to ensure the accurate and timely completion of electrical engineering scopes for utility substations. Lead the detailed design of protection and control packages and perform complex power system studies.
Perform detailed engineering design and analysis for electrical power systems, including creating diagrams, specifications, and cost estimates. Conduct power system studies and provide field assistance for equipment testing, start-up, and commissioning services.
Manage a team of engineers and designers to ensure the accurate and timely completion of physical substation engineering projects. Oversee project planning, budgeting, and quality control while mentoring staff and maintaining client relationships.
Manage a team of engineers and technicians to ensure the accurate and timely completion of electrical engineering scopes for utility substations. Lead the detailed design of protection and control packages and perform complex power system studies.
Perform electrical engineering and design for industrial, utility, and oil & gas facilities, focusing on power distribution systems. Develop computer-based models and technical reports for power system studies while coordinating with clients and multidisciplinary teams.
Perform detailed engineering design and analysis for utility substation electrical power systems, including schematics and equipment selection. Conduct power system studies and develop protective relay settings while providing field assistance and troubleshooting.
Execute early-stage project development, feasibility studies, and preliminary designs for complex electrical infrastructure. Act as a technical liaison between internal design teams, business development partners, and external stakeholders.
Lead the structural design of renewable generation and utility substation facilities while managing project scope, schedules, and budgets. Produce and review high-quality design packages and serve as the primary technical point of contact for clients.
The role involves serving as a Senior Engineer specializing in fire protection for Battery Energy Storage Systems (BESS). The engineer will likely oversee safety designs and technical specifications for these systems.
Lead a multidisciplinary team of engineers to deliver complex electrical infrastructure projects for data centers and industrial clients. Balance technical execution with people management, client partnership, and business development efforts.
Responsible for the engineering design, installation, and testing of SCADA and PLC systems, specifically using SEL equipment for data centers. The role involves producing configuration files, creating electrical diagrams, and performing field commissioning and troubleshooting.
The role involves performing structural engineering tasks specifically for data center projects. Responsibilities include designing and analyzing structures to support critical infrastructure.
Provide strategic leadership and technical oversight for teams delivering substation Physical and Protection & Control engineering services. Responsible for driving operational efficiency, managing resource utilization, and ensuring high-quality project execution for utility clients.
The engineer will perform detailed physical and electrical design for battery energy storage systems while coordinating with an integrated team to meet project schedules. They are also responsible for conducting power system studies, preparing technical documentation, and providing field assistance as needed.
The Team Lead manages a team of engineers and technicians to ensure the accurate and timely completion of structural engineering scopes for data center projects. They are responsible for overseeing project planning, design package production, and providing mentorship to junior staff.
Perform detailed design and analysis of electrical power systems, including relaying schematics, SCADA, and power system studies. Provide field assistance, troubleshoot equipment, and ensure project deliverables meet quality standards and budget requirements.
Perform field services including equipment troubleshooting, relay testing, and SCADA/PLC system commissioning. Provide onsite construction support, manage project documentation, and ensure compliance with engineering designs and safety standards.
The engineer will perform detailed physical and electrical design for battery energy storage systems while coordinating with multidisciplinary teams to meet project schedules. They will also conduct power system studies, prepare technical specifications, and provide field assistance and troubleshooting as required.
The engineer will perform detailed design and analysis for substation electrical power systems, including relay settings and power system studies. They will also provide field assistance, troubleshoot issues, and ensure project deliverables meet quality and budget standards.
The role involves performing engineering design and analysis under the responsible charge of a Professional Engineer, supporting client projects to deliver quality work on time and within budget. Essential duties include acting as a subject matter expert on complex projects and reviewing detailed structural design for electric power substations.
The Physical Engineer will support engineering design and analysis for Electric Utilities by developing substation physical design packages, including layouts, grounding, and conduit routing. This involves coordinating with multidisciplinary teams to deliver high-quality engineering deliverables meeting project scope and client requirements.
