Commission and test protection and control schemes and systems at utility substations and power plants, including IEDs, SCADA, and communications systems. Review and redline design documents, perform testing, develop test plans and risk assessments, lead project tasks and personnel, and support site safety and company policies.
The Principal Engineer will design, specify, and coordinate protective relaying and control schemes for utility substations and generation interconnections. They will also conduct modeling and short circuit studies while ensuring all technical solutions align with client standards and company objectives.
The engineer will design, specify, and calculate protective relaying and control schemes while performing short circuit and overstressed breaker studies. They are also responsible for presenting technical solutions to clients and collaborating with internal teams to meet engineering objectives.
Design and review structural systems for substations, transmission structures, and related buildings, including analysis, calculations, drawings, specifications, and construction documentation. Coordinate structural project scope, resources, schedules, and budgets; work with clients and other disciplines; and mentor less experienced engineers.
Inspect distribution equipment and collect accurate field data using mobile devices, photographs, GPS software, and geospatial coordinates. Coordinate with the team, meet project targets, follow safety procedures, and travel to assigned sites, including assisting with power restoration during natural disasters when needed.
Provide senior technical authority and oversight for substation projects from concept through design, construction, and commissioning, including approving engineering deliverables and serving as Professional-of-Record when required. Lead technical reviews, mentor teams, advise clients, coordinate multidisciplinary design, support construction and business development, and uphold safety, quality, schedule, and budget requirements.
The Asset Management Analyst is responsible for optimizing the lifecycle of physical assets by developing maintenance strategies and business processes. They will collaborate with cross-functional teams to analyze asset performance, failure data, and ensure compliance with NERC and FERC reliability standards.
The Talent Acquisition Business Partner will source, qualify, and prescreen candidates while building talent pipelines for future hiring needs. They will also collaborate with the recruiting team to define position requirements and promote the company's employer brand across various channels.
The Lead Relay Field Technician is responsible for calibrating, installing, and maintaining protective relay systems and substation control equipment to ensure grid reliability. They also provide technical leadership, mentorship to junior staff, and manage project-level commissioning activities while adhering to safety protocols.
The DSM Analyst is responsible for performing quantitative evaluations and research for energy efficiency and demand response programs. They will synthesize data, conduct technical interviews, and communicate findings to clients through reports and presentations.
The Senior Relay Field Technician is responsible for testing, maintaining, and commissioning substation power equipment, relaying systems, and communication controls. They also provide technical support to field personnel and ensure all maintenance activities are performed efficiently and safely.
The Senior Field Service Technician will lead crews in the testing, maintenance, and repair of electrical equipment such as transformers and switchgear. They are also responsible for project documentation, talent development, and coordinating site work with project managers.
The Field Service Technician will perform testing, maintenance, and repair of low and medium voltage electrical apparatus such as circuit breakers, transformers, and switchgear. Responsibilities include documenting results in Power DB, reading schematics, and performing mechanical repairs both in the shop and at field locations.
The Protection & Control Engineer supports the planning, design, analysis, and implementation of electrical protection and monitoring systems. They are responsible for developing engineering deliverables and coordinating with project stakeholders to ensure safe and reliable project completion.
Transmission Line Engineers support the planning, design, analysis, and execution of transmission infrastructure projects. They develop engineering deliverables, perform technical evaluations, and coordinate with stakeholders to ensure project compliance and safety.
Electrical Engineers support the planning, design, analysis, and implementation of electrical power system projects. They coordinate with stakeholders and ensure projects are completed safely and in compliance with industry standards.
The role involves commissioning and testing protection and control schemes for electric utility substations and power plant assets. Responsibilities include performing end-to-end testing, red-lining design documents, and providing technical leadership on field projects.
The Senior Substation Construction Quality Inspector provides owner's oversight for construction projects, ensuring deliverables meet company designs and safety standards. Responsibilities include leading field inspections, coordinating with contractors, and authoring detailed reports to validate project progress.
The Senior Construction Quality Inspector provides oversight for construction projects, ensuring work meets company standards and design specifications. They lead field inspections, coordinate with contractors, and document findings through detailed reports to ensure project delivery.
The Project Finance Coordinator manages project expenses, billings, and budgets while maintaining accurate cost records and performing month-end accounting functions. They collaborate with project managers to provide financial analysis, forecasting, and ensure compliance with accounting policies and contract terms.
The Senior Field Service Technician will lead crews in testing, maintaining, and repairing electrical equipment such as transformers and switchgear in both shop and field environments. Additionally, the role involves providing technical leadership, managing project documentation, and supporting talent development within the department.
The Principal Engineer will perform interconnection feasibility studies for new generation, storage, and transmission projects. They will also guide interconnection applications through the full study process and interface with host transmission operators.
Provide technical leadership for protection, control, and metering systems in high-voltage substations from concept through commissioning. Manage project designs, perform coordination studies, and mentor junior engineers while collaborating with clients and business development teams.
The Lead Protection & Control Engineer will provide technical governance and oversight for high-voltage substation projects, including protection philosophy and design approval. They will also mentor engineering staff and support business development by contributing technical strategy and risk assessments for proposals.
Lead and coordinate the design of protection, control, and metering systems for electrical substations ranging from 12 kV to 500 kV. Manage project-level deliverables, provide technical oversight to junior staff, and act as the primary technical interface for clients.
The Marketing Coordinator will manage the end-to-end planning and execution of corporate events, including conferences, trade shows, and training sessions. They will also oversee marketing collateral production, including copywriting for blogs, social media, and promotional materials.
The Pre-Commissioning Professional will lead complex electrical utility projects, managing day-to-day execution and serving as the primary client interface. Responsibilities include coordinating outages, overseeing installation personnel, and ensuring protection and control systems are properly tested and commissioned.
The Senior Pre-Commissioning Professional will lead complex electrical utility projects, managing day-to-day execution and serving as the primary client interface. Responsibilities include coordinating outages, overseeing P&C equipment installation, and providing technical leadership for testing and commissioning activities.
The Lead Engineer will establish technical direction and perform complex transmission and generation system studies using industry-standard software. They are also responsible for mentoring junior consultants and managing project priorities to ensure compliance with NERC/FERC guidelines.
Provide technical leadership for electric utility distribution projects, including system expansion and infrastructure improvement. Oversee engineering design packages, perform QA/QC reviews, and mentor junior staff to ensure project compliance and quality.
The Engineering Technician II collaborates with project teams to ensure electrical distribution system designs comply with industry standards and regulations. They are responsible for preparing design packages using specialized software and managing project performance and customer relationships.
Provide technical leadership for overhead and underground electrical distribution projects while ensuring compliance with utility standards and regulatory requirements. Oversee engineering design packages, perform QA/QC reviews, and mentor junior staff to ensure project accuracy and quality.
The Senior Distribution Engineer will provide technical leadership for electric utility distribution projects, including system expansion and infrastructure improvements. They are responsible for developing engineering designs, performing QA/QC reviews, and mentoring junior staff to ensure project compliance and quality.
The role involves commissioning and testing protection and control schemes for electric utility substations and power plants. Responsibilities include performing end-to-end IED testing, red-lining design documents, and providing technical leadership on projects.
The role involves commissioning and testing protection and control systems, including IEDs, for electric utility substations and plants. Responsibilities also include leading project tasks, performing safety inspections, and interpreting complex electrical design documents.
The role involves commissioning and testing protection and control schemes for electric utility substations and power plants. Responsibilities include performing end-to-end testing, interpreting technical drawings, and providing technical leadership on projects.
The role involves commissioning and testing protection and control systems for electric utility substations and power plants. Responsibilities include performing end-to-end testing, managing test plans, and providing technical leadership on field projects.
The role involves commissioning and testing protection and control schemes for electric utility substations and plant locations. Responsibilities include performing end-to-end testing, interpreting design documents, and providing technical leadership on projects.
The Principal Engineer will design overhead transmission lines ranging from 69kV to 500kV and serve as a subject matter expert for engineering deliverables. They are responsible for providing technical guidance, performing structural analysis, and mentoring junior team members to ensure project success.
The Senior Relay Field Engineer performs testing, maintenance, and commissioning of substation power equipment, relaying, and control systems. They are responsible for interpreting technical drawings, writing test plans, and providing technical support to field service personnel.
The Client Manager is responsible for developing new business and executing lead generation strategies within the power industry. They will collaborate with leadership to identify target markets, manage the proposal process, and negotiate contracts to drive revenue growth.
The Senior Telecommunications Engineer is responsible for researching and creating complex engineering designs and construction packages for utility telecommunications solutions. They must collaborate with cross-functional teams and field technicians to ensure implementation feasibility and adherence to client standards.
The Senior SCADA Engineer will plan, direct, and implement advanced SCADA systems while leading the design and configuration for ADMS transitions. They are responsible for troubleshooting diagnostics, integrating historians, and ensuring compliance with NERC CIP-004 standards.
The Client Manager is responsible for developing new business and identifying strategic markets within the power industry. They will collaborate with operations and marketing teams to execute growth strategies, manage proposals, and maintain strong client relationships.
The Senior Relay Field Technician is responsible for performing routine maintenance, testing, and troubleshooting of substation power equipment and relaying systems. They also support the commissioning of new substations and provide technical support to field service personnel.
The Senior Relay Field Engineer is responsible for testing, maintaining, and commissioning substation power equipment, relaying, and control systems. They also provide technical support to field service personnel and ensure all activities are completed efficiently and in compliance with safety standards.
The Relay Field Engineer III is responsible for commissioning and testing protection and control schemes for electric utility substations and power plants. They will lead project tasks, perform site safety inspections, and interpret complex electrical design documents.
The Lead Relay Field Engineer is responsible for calibrating, installing, and maintaining protective relay systems and substation equipment to ensure grid reliability. They also provide technical leadership, mentorship to junior staff, and develop test plans for commissioning and maintenance activities.
The Engineering Manager will lead, recruit, and develop a team of engineers while providing technical oversight for relay settings projects. They are responsible for meeting operational objectives, managing client relationships, and ensuring high-quality engineering standards across all project deliverables.
The Engineering Manager is responsible for recruiting, training, and supervising an engineering team while overseeing technical strategy and project delivery. They will collaborate with the Engineering Director to meet operational goals, manage client relationships, and ensure adherence to quality and safety standards.
The Engineering Manager is responsible for recruiting, developing, and leading a new substation physical engineering team while overseeing technical strategy and project delivery. They will manage operational objectives, ensure adherence to QA/QC standards, and foster relationships with key clients to support business growth.
The Engineering Manager is responsible for recruiting, training, and leading a new team while overseeing technical strategy and project delivery. They will collaborate with the Engineering Director to ensure operational objectives, quality standards, and client relationships are maintained.
The Engineering Manager is responsible for recruiting, training, and leading a new protection and control engineering team while overseeing technical strategy and project delivery. They will collaborate with the Engineering Director to ensure operational goals, quality standards, and client relationships are maintained across multiple office locations.
The Civil Structural Engineering Manager is responsible for recruiting, developing, and leading an engineering team while overseeing technical strategy and project delivery. They will collaborate with the Engineering Director to meet operational goals, manage client relationships, and ensure adherence to quality and safety standards.
The Lead Engineer will design, calculate, and coordinate protective relaying and control schemes for utility substations. They will also perform modeling and short circuit studies while presenting technical solutions to key customers.
The Lead Distribution Engineer provides technical leadership, mentorship, and guidance to the distribution group while managing team workloads. They are responsible for reviewing designs for compliance with industry standards and supporting the Design Engineering Manager with supervisory tasks.
The Lead Engineer will design substations using applicable codes and standards, including general arrangements, electrical layouts, and grounding plans. They will also perform technical calculations, create equipment specifications, and ensure company QA/QC processes are followed for all design packages.
The Lead Civil Structural Engineer will design and detail foundations and structures for electrical substations while ensuring quality and cost-effectiveness. The role involves mentoring staff, coordinating with other engineering disciplines, and maintaining professional relationships with clients and business partners.
Lead a team of engineers and technicians through the full project lifecycle, from proposal to as-built stage. Develop comprehensive engineering design packages for protective relaying, communications, and SCADA systems while ensuring quality control.
The Lead Engineer will plan, direct, and coordinate civil and structural analysis for high voltage electrical transmission line projects. Responsibilities include preparing complex engineering deliverables, managing construction contracts, and providing technical direction to project teams.
The Lead Engineer will establish technical direction for transmission planning and perform complex system impact studies using industry-standard software. They are responsible for mentoring junior engineers, prioritizing project tasks, and justifying technical strategies to stakeholders.
The Relay Field Technician III is responsible for commissioning and testing protection and control schemes for utility substations and power plants. They also lead project tasks, perform site safety inspections, and interpret complex electrical design documents.
Perform testing, routine maintenance, and commissioning of substation power equipment, relaying, and control systems. Provide technical support for field service personnel while ensuring all activities are completed efficiently and according to safety procedures.
The Lead Relay Field Technician is responsible for calibrating, installing, and maintaining protective relays and complex control systems to ensure grid reliability. They also provide technical leadership, mentorship to junior staff, and manage project-level commissioning and resource scheduling.
The Director of Engineering is responsible for overseeing overhead transmission line design operations, managing service line financials, and providing technical guidance to engineering teams. They will also lead business development efforts, ensure adherence to quality standards, and foster relationships with internal and external stakeholders.
The Senior Substation Technical Advisor provides technical leadership for the construction, commissioning, and maintenance of high-voltage substations. They act as the owner's technical representative, overseeing relay settings, protection schemes, and operational reliability for mission-critical infrastructure.
The Principal PMO Consultant will assess, design, and mature Project Management Offices to support capital programs and operational transformation within the utility sector. This role acts as a trusted advisor to executives, ensuring governance, regulatory compliance, and strategic alignment across complex infrastructure portfolios.
The Senior Engineer will plan, direct, and coordinate civil and structural analysis for distribution and high-voltage transmission line projects. They are responsible for creating construction drawings, technical specifications, and managing project budgets and schedules.
The engineer will design, specify, and calculate protective relaying and control schemes while performing short circuit and overstressed breaker studies. They will also present technical solutions to clients and collaborate with internal teams to ensure project objectives are met.
The engineer will design overhead transmission lines ranging from 69kV to 500kV and prepare construction sketches for network services. Responsibilities also include performing structural and foundation analysis, modeling lines in PLS-CADD, and reviewing vendor submittals.
The Lead Engineer will design high-voltage transmission structures and power lines while conducting engineering analysis and simulations. They are also responsible for mentoring junior engineers and ensuring all designs comply with industry codes and standards.
The Senior Relay Field Technician is responsible for performing routine maintenance, testing, and calibration of substation power equipment and relaying systems. They also manage the commissioning of new substations and provide technical support to field service personnel.
The Field Services Manager leads and directs project teams within a defined region, acting as an extension of the Area Manager to implement organizational policies. Responsibilities include ensuring safety performance, managing client relations, overseeing project budgets, and mentoring field service staff.
The Senior Consultant will perform interconnection feasibility studies for new generation, storage, and transmission projects while optimizing their size and location. They will also guide interconnection applications through the full study process and interface with host transmission operators.
The role involves designing and detailing mat and pier type foundations for substation structures, including equipment supports and overhead line towers. All work must adhere to client requirements and internal quality control and assurance practices.
Perform acceptance and maintenance testing on medium and high voltage electrical apparatus, including circuit breakers and transformers, in utility substation environments. Document test results using Power DB and mentor team members to ensure production timelines are met.
Perform testing, routine maintenance, and commissioning of transmission and distribution substation power equipment and relaying systems. Responsibilities include interpreting substation drawings, calibrating relays, and providing technical support to field service personnel.
Develop complex mechanical designs for power switchgear, electrical bus, and substations while ensuring compliance with industry standards. Lead field measurements, perform reverse engineering, and provide technical mentorship to junior engineers.
Lead the testing and commissioning of protection and control capital substation installations to ensure safe and reliable operation. This includes developing checkout guides, overseeing subcontractors, and providing final technical approval for equipment energization.
Lead the delivery of medium and low voltage electrical design solutions for substations and power transformers in brownfield and greenfield environments. Perform system studies, develop equipment specifications, and collaborate with cross-functional teams to ensure optimal project outcomes.
Lead and perform power system modeling and validation studies to ensure compliance with NERC MOD and PRC reliability standards. Provide technical leadership and interface with clients to explain compliance requirements and mitigation recommendations.
Design and detail mat and pier foundations and substation structures ranging from equipment supports to overhead line towers. Develop conceptual design plans, perform QA/QC processes, and mentor less experienced staff while coordinating with other engineering disciplines.
Oversee the execution of structural project designs for lattice tower structures, including modeling, analysis, and retrofit work. Manage project deliverables, budgets, and schedules while providing technical guidance and training to junior staff.
The role involves designing high voltage transmission lines and performing complex electrical studies using specialized software. It also requires managing project scopes, budgets, and providing technical guidance throughout the project lifecycle from definition to commissioning.
Perform and lead the testing, maintenance, and repair of electrical equipment such as circuit breakers, transformers, and switchgear in the field. Provide technical leadership, coordinate with project managers, and train other team members to ensure operational efficiency.
The role involves implementing best design practices for underground electric transmission and providing technical guidance to the design team. Responsibilities include managing project scopes, budgets, and schedules while maintaining relationships with internal and external stakeholders.
Lead complex electrical utility projects focusing on transmission, distribution equipment, and relay protection upgrades. Act as the primary client interface managing project execution, resource coordination, and technical compliance.
Lead quality assurance efforts for mission-critical utility applications, focusing on operational technology systems and integrated grid operations platforms. Coordinate testing activities across multiple vendors, develop automated testing frameworks, and communicate status reports to stakeholders.
Lead the installation, calibration, and repair of protective relays and complex control systems to ensure electric grid reliability. Provide technical leadership, mentorship to junior staff, and develop test plans for substation commissioning activities.
Design, specify, and coordinate protective relays and relay control schemes for major utility substations. Perform modeling, short circuit studies, and provide technical recommendations for generation interconnections.
Lead the delivery and integration of ADMS/OMS systems and provide technical consulting for product installation and system maintenance. Manage all technical project aspects including planning, design, testing, and deployment while collaborating with stakeholders.
Design, develop, and maintain the integration between Geographic Information Systems (GIS) and Outage Management Systems (OMS) to support utility operations. Ensure accurate representation of electric utility assets and network behavior to support outage analysis and operational reliability.
