Electrical Engineer

• We are seeking a Field Electrical Engineer to join our team.
• Conducting NETA testing, commissioning electrical systems, and ensuring the proper functioning of electrical equipment in data centers.
• Work closely with clients to troubleshoot and resolve electrical issues, as well as provide recommendations for improvements.
• Review, interpret and understand the wiring diagrams and relaying schematics to fully understand project scope.
• Develop a test plan to implement relaying project using customer provided prints and documentation.
• Apply settings and perform functional test microprocessor protective relays and associated circuitry using test equipment.
• Ensure that received and installed electrical equipment meets project specifications.
• Develop livening procedures for placing new equipment into service.
• Perform end-to-end relay testing to verify carrier and fiber systems.
• Perform primary current injection testing to prove secondary current connections as designed.

Field Electrical Engineer

• Lead pre-commissioning through Level 5 commissioning for HV, MV, and LV electrical systems, including generators, generator paralleling switchgear, transformers, UPS and battery systems, switchgear, ATS/STS, PDUs, busways, RPPs, grounding, and lighting control, across multiple sites.
• Review and develop the Testing & Verification program with commissioning agents and engineers, confirming every electrical system meets design and operational intent before it goes live.
• Act as the owner's commissioning lead for electrical scope, coordinating general contractors, designers, and vendors across concurrent projects and resolving conflicts before they hit the schedule.
• Run site commissioning end to end: inspections, safety enforcement, progress tracking, and issue resolution from first energization through functional testing.
• Lead the final operational handover, ensuring every electrical system, its test record, and its documentation is ready for live service.

Commissioning Electrical Engineer, Data Centers

• Serve as the primary technical authority for electrical infrastructure within the data center environment
• Provide engineering leadership and subject matter expertise for critical electrical systems including utility infrastructure, switchgear, UPS systems, generators, transformers, PDUs, RPPs, Busway systems, grounding and bonding systems, and BMS/DCIM systems
• Lead troubleshooting, root-cause analysis, and resolution of electrical infrastructure issues
• Manage electrical capacity planning for existing and future infrastructure growth
• Perform electrical load calculations and power utilization analysis
• Evaluate infrastructure resiliency, redundancy, and operational risk associated with capacity expansion initiatives, providing guidance and recommendations
• Define critical electrical equipment specifications and make product recommendations
• Develop and review electrical designs, modifications, and infrastructure improvements within operational data center environments
• Review and approve electrical equipment submittals, technical documentation, and infrastructure standards
• Support construction, installation, testing, commissioning, and turnover activities associated with electrical infrastructure projects
• Partner with commissioning teams to validate installation, operation, and performance of electrical systems
• Support maintenance planning and operational readiness activities for critical electrical infrastructure
• Participate in incident response, infrastructure risk reviews, and operational reliability initiatives
• Assist operations teams in troubleshooting equipment failures and anomalies
• Ensure compliance with federal, state, and local electrical codes and regulations
• Maintain adherence to NEC, NFPA, IEEE, and mission-critical operational standards
• Support development and continuous improvement of electrical engineering standards, procedures, and best practices within our data centers
• Research and evaluate new technologies, equipment, and infrastructure solutions related to data center electrical systems
• Lead technical decision-making regarding electrical equipment and infrastructure product selection
• Support long-term infrastructure strategy focused on scalability, efficiency, resiliency, and operational excellence.

DC Electrical Engineer V

• Commission the electrical systems of first units: distribution, protection, and power quality verified to design.
• Execute and improve the scripts: functional and integrated tests run, gaps found, and the reference package fixed.
• Analyze the results: relay operations, transfer tests, and load data reconciled against the studies.
• Support the factory: electrical FAT processes for modules before they ship.

Electrical Commissioning Engineer, R&D

• Commission electrical distribution from utility interface to rack
• Write and run test scripts covering protection, transfer schemes, and failure scenarios
• Oversee NETA testing and vendor startups
• Run integrated systems tests proving site performance

Electrical Commissioning Engineer, Capacity Delivery

• Analyze existing electrical systems and recommend cost-effective improvements and modifications
• Design complete electrical systems including power distribution, lighting, generator systems, and controls for building systems
• Develop project designs from planning through construction, including equipment evaluation and field verification
• Perform site visits, witness testing, and support construction-phase services
• Ensure projects are delivered on time, within budget, and with technical accuracy
• Lead and mentor junior engineers in design development and professional growth
• Provide quality control reviews for design documents to ensure technical adequacy
• Ensure designs meet applicable codes, standards, and regulatory requirements

Facilities Electrical Engineer

• Lead end-to-end deployment and commissioning of electrical power systems across concurrent sites, from pre-deployment readiness through energization, acceptance testing, and live handover
• Own operational reliability of electrical infrastructure across the live fleet, leading root cause analysis on power events and implementing corrective actions that cut repeat incidents
• Build and maintain electrical commissioning standards, acceptance test procedures, and runbooks covering MV distribution, UPS, switchgear, and rack-level delivery
• Serve as the on-site technical authority through switchgear energization, transformer commissioning, generator load testing, and UPS validation, resolving field failures before they delay handover
• Set and enforce electrical reliability standards across the portfolio: protective relay coordination, redundancy validation, failover testing, and arc flash compliance

Lead Electrical Engineer, Deployment Engineering

• Deploy and commission electrical power systems at data center sites, running equipment testing, protective relay verification, switchgear and transformer startup, generator load testing, and acceptance documentation through to live handover.
• Support operational reliability of deployed electrical infrastructure, responding to power events and equipment failures on live sites and implementing fixes that prevent recurrence.
• Resolve field conflicts between installation conditions and electrical system requirements during commissioning, escalating with a clear description and proposed resolution.
• Validate protective relay settings, UPS performance, and generator transfer sequencing against operational availability requirements.
• Contribute to electrical commissioning checklists, energization procedures, and reliability run books that reduce risk across future deployments.

Electrical Engineer, Deployment Engineering

• Lead the design, implementation, and optimization of electrical systems and power distribution networks supporting critical infrastructure
• Drive Power Innovation initiatives, including the integration of automation, real-time monitoring, energy storage, and advanced control systems
• Apply and enhance safety practices, including arc flash mitigation, fault detection, and protection systems
• Provide technical expertise in power distribution, electrical schematics, and system design for both new construction and upgrades
• Manage engineering projects from concept through execution, ensuring alignment with scope, schedule, and business objectives
• Ensure compliance with applicable safety, environmental, and regulatory standards (e.g., NEC, NEMA, API, IEEE)
• Analyze system performance and reliability, identifying opportunities for optimization and continuous improvement
• Collaborate with cross-functional teams to deliver engineering solutions that meet operational and business needs
• Mentor and support the development of engineers, fostering technical growth and knowledge sharing
• Influence engineering standards, technical strategy, and decision-making (Staff-level expectation)

Senior Electrical Engineer – Power Innovation

• Develop electrical engineering drawings, specifications, calculations, and analytical models throughout all phases of project delivery.
• Design electrical building systems, including power distribution, lighting, grounding, and low-voltage systems in accordance with applicable codes and engineering standards.
• Perform electrical engineering calculations, including load calculations, feeder sizing, panel schedules, circuiting, voltage drop, and equipment selection under the guidance of senior engineers when appropriate.
• Prepare coordinated construction documents, single-line diagrams, panel schedules, lighting plans, power plans, and supporting electrical design documentation.
• Utilize CAD and Building Information Modeling (BIM) software to develop and coordinate accurate 2D drawings and 3D electrical models.
• Collaborate with architects, engineers, designers, contractors, and other project stakeholders to deliver coordinated and constructible electrical system designs.
• Support construction administration by reviewing shop drawings, responding to Requests for Information (RFIs), participating in site visits, and assisting with field coordination.
• Participate in internal and external project coordination meetings to communicate design progress, resolve technical issues, and support successful project execution.
• Maintain organized engineering documentation and contribute to continuous improvement through quality reviews, lessons learned, and adherence to engineering standards.
• Engage in ongoing professional development by identifying development opportunities, expanding technical knowledge, and strengthening engineering judgment to prepare for increasing project responsibilities.

• Lead the design and production of electrical engineering deliverables, including drawings, specifications, calculations, and analytical models throughout all phases of project delivery.
• Develop electrical system designs for power distribution, lighting, grounding, low-voltage, and other building electrical systems in accordance with applicable codes, standards, and project requirements.
• Prepare and review coordinated construction documents, single-line diagrams, panel schedules, power plans, lighting plans, and supporting design documentation.
• Utilize CAD and Building Information Modeling (BIM) software to create and coordinate accurate 2D drawings and 3D electrical models.
• Review electrical engineering deliverables to ensure compliance with project scope, quality standards, coordination requirements, and technical expectations.
• Lead construction administration activities, including reviewing shop drawings, responding to Requests for Information (RFIs), conducting site visits, and supporting field coordination efforts.
• Collaborate with architects, engineers, contractors, and other project stakeholders to develop coordinated and constructible electrical design solutions.
• Assist project managers with scope management, cost tracking, scheduling, and technical risk evaluation related to electrical systems.
• Apply sound engineering judgment to resolve complex technical challenges and support project decision-making.
• Participate in professional development activities and contribute to continuous improvement of engineering processes, standards, and technical practices.

Senior Electrical Engineer

• Support technical analysis of returned networking products, including switches, adapters, cards, and related hardware.
• Perform or guide troubleshooting, diagnostics, and failure verification at the CM/service location.
• Analyze return data to identify recurring failure modes, quality trends, and potential systemic issues.
• Work with repair technicians and CM teams to improve debug accuracy, repair flow, and root-cause identification.
• Review test logs, diagnostic results, failure symptoms, and repair history to determine next steps.
• Call out complex technical issues and failure trends to global support engineers, product engineering, quality, and design teams.
• Document failure analysis findings, debug steps, corrective actions, and technical recommendations.
• Support containment actions for high-impact or repeated failures.
• Help improve service procedures, test coverage, repair instructions, and diagnostic documentation.
• Collaborate with cross-functional teams across operations, quality, supply chain, customer support, and engineering.
• Ensure returned products are handled according to quality, ESD, and process requirements.
• Provide regular reporting on top failure modes, return trends, unresolved issues, and escalation status.

Senior Electrical Product Engineer – Networking Products

• Configure and setup project site(s) to host BIM data adhering to EIG’s current best practices.
• Create and/or coordinate the development of detailed fabrication models for planning, design, coordination and prefab of electrical work.
• Support project setup for 3D trade coordination, site logistical planning, and 4D sequencing efforts.
• Participate and provide technical support for the project team in model-based design coordination meetings and coordinate with other trade partners.
• Support setup of BIM to Field equipment and/or software.
• Support development and improvement of EIG templates and modeling best practices.
• Provide support for VDC based laser scanning, drone operations, RTS, etc.
• Support on-site construction team efforts in the implementation of VDC applications, processes, and deliverables.
• Aide and support training in various software packages (i.e.: Navisworks, Revit, AutoCAD, Bluebeam, etc.).
• Train, educate, and mentor project personnel in various BIM software and processes.

Electrical BIM Detailer/VDC Engineer

• May oversee or collaborate with Designers assigned to your work or team
• Review, comment, and process equipment and system submittals
• Perform coordination between architectural, structural, mechanical, and plumbing processes and all electrical trades
• Prepare designs, check, and specify power, lighting, and auxiliary systems
• Develop power single-line diagrams
• Develop and model short circuits and over current protection device coordination studies
• Coordinate your work with the project specifications or equipment buy-out
• Visit job sites to field survey existing electrical conditions under supervision
• Become familiar with engineering analysis programs to analyze loads, lighting levels, and short circuit currents under the supervision of a senior engineer
• Participate in project team meetings
• May interface with various team members, architects, and mechanical contractors/engineers
• Work closely with the engineering supervisor to understand design criteria and budgetary issues
• Assist and develop skills with drawing interpretation problems, conflicts, interferences, and errors
• Assist with the review of plans and technical specifications, contract documents, and estimates under the supervision of a senior engineer
• Assist senior engineers with field observations, design interpretations, and design updates during construction.

• Acts as a technical leader and applies standard engineering techniques
• Makes design recommendations for utility substations
• Performs calculations using engineering formulas
• Provides technical guidance to other engineers
• Coordinates detailed phases of assigned project work

Lead Electrical Engineer

• Lead the development and review of deliverables including equipment layouts, grounding systems, bus configurations, conduct and cable schedules, and general arrangement drawings
• Perform and oversee engineering calculations (grounding analysis, cable sizing, voltage drop, fault current, and equipment ratings)
• Lead equipment selection, specification development, and vendor drawing reviews
• Prepare, review, and approve design packages and technical documentation
• Coordinate across multidisciplinary teams including engineering, design, and project management
• Perform and oversee quality control reviews to ensure accuracy, completeness, and compliance of deliverables
• Manage multiple projects simultaneously, ensuring adherence to scope, schedule, and budget
• Ensure all designs comply with applicable industry codes and standards (IEEE, NEC, NESC, ANSI)
• Interface directly with clients to support project development, resolve technical issues, and present engineering solutions
• Support proposal development, scope definition, and project planning efforts
• Conduct site visits, field inspections, and provide construction support as needed

Electrical Engineer IV – Substation

• Support the engineering and design of high-voltage substation Protection & Control systems for AIS and GIS substations
• Prepare and Review protection and control design drawings including single lines, three lines, DC schematics, communication schematics and wiring
• Prepare and review engineering deliverables
• Ensure work complies with applicable industry standards including IEEE, NERC, NEC, NESC, and client-specific requirements
• Support project planning and execution by contributing to schedules, deliverables, and technical coordination
• Develop relay settings and protection philosophy
• Provide detailed QA/QC for P&C design packages
• Provide training to junior P&C engineer and designers
• Attending FAT, inspections, and provide site support as needed
• Assist with utility coordination and interconnection processes for renewable energy projects including solar, wind, and battery energy storage systems

Electrical Engineer III – Substation P&C

• Modeling of Battery Energy Storage Systems; these models will be used to perform steady state, dynamic, transient and frequency domain simulations
• Perform Steady State simulations to evaluate compliance to requirements related to: Short Circuit, PQ capability, Voltage limits, overloading of equipment, other simulations in the steady state domain
• Perform Dynamic simulations (RMS) to evaluate compliance to requirements such as FRT, voltage stability, frequency stability, other simulations in the dynamic domain
• Perform Transient simulations (EMT) to evaluate compliance to requirements such as FRT, voltage stability, frequency stability, other simulations in the transient domain
• Support product team in validation of control design concept
• Be upto date with the latest requirements and technology advancements for large load applications
• Simulate and evaluate grid behaviour of the connected BESS using power systems analysis software with emphasis on full system integration, control and model validation
• Preparing and reviewing engineering deliverables including complex reports and presentations
• Conduct internal review and quality checks of engineering models and calculations to ensure compliance with the project's requirements
• Working with stakeholders (internal, customer, consultant, regulatory etc.) to ensure grid connections are achieved end-to-end in a timely manner, including attending meetings and providing progress reports

Electrical Engineer jobs in Texas

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Field Electrical Engineer

Commissioning Electrical Engineer, Data Centers

DC Electrical Engineer V

Electrical Commissioning Engineer, R&D

Electrical Commissioning Engineer, Capacity Delivery

Facilities Electrical Engineer

Lead Electrical Engineer, Deployment Engineering

Electrical Engineer, Deployment Engineering

Senior Electrical Engineer – Power Innovation

Electrical Engineer

Senior Electrical Engineer

Senior Electrical Product Engineer – Networking Products

Electrical BIM Detailer/VDC Engineer

Electrical Engineer

Lead Electrical Engineer

Electrical Engineer IV – Substation

Electrical Engineer III – Substation P&C

Electrical Engineer III – Substation P&C

Electrical Engineer III – Substation P&C

Senior Power Systems Engineer, Data Centers