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DLB Associates

MEP and data-center engineering consulting

Senior Power Engineer - Protection & Control

Power Systems EngineeringUpdated on Nov 15
Full-timeRemote in USA$165k - $185k /yr

About the Job

Requirements

  • Advanced knowledge of protection and control systems for medium- and high-voltage substations, generation interconnections, and battery energy storage system and inverter-based resource facilities, including protection philosophy development, relay selection, and protective relay coordination.
  • Strong hands-on knowledge of protective relay platforms such as SEL, GE, ABB, Siemens, or equivalent, including relay settings development, coordination studies, and field commissioning.
  • Strong working knowledge of applicable electrical codes and standards, including NESC, NEC, ANSI, IEEE 1547, IEEE 2800, IEEE 1584, IEEE 519, and NERC reliability standards (PRC series), with the ability to apply requirements through code analysis and system design.
  • Knowledge of power systems engineering and design software, including protection coordination and short-circuit study tools such as ASPEN, ETAP, SKM, or equivalent.
  • Working knowledge of battery energy storage systems, microgrids, and inverter-based resource interconnection requirements, including protection coordination, anti-islanding and transfer trip schemes, and utility interconnection processes (LGIA/SGIA).
  • Knowledge of DC system design, including battery and charger sizing for substation control systems.
  • Familiarity with SCADA, RTU, and communication protocols including DNP3, IEC 61850, and Modbus for substation automation and control.
  • Experience with relay testing equipment such as OMICRON, Doble, or equivalent for factory acceptance testing and field commissioning.
  • Knowledge of electrical topologies and distribution systems.
  • Skill in using Microsoft Office applications, including Excel, Word, Outlook, PowerPoint, and Teams, and organizational skills for file management.
  • Ability to manage multiple tasks simultaneously and meet tight deadlines under pressure.
  • Ability to leverage AI and emerging technologies to streamline workflows, optimize operational processes, and contribute to company-wide innovation.
  • Ability to work successfully in a remote environment, including effective communication and organization, self-motivation, proactiveness, resourcefulness, and a distraction-free workspace.
  • Ability to follow company and site safety requirements.
  • Strong written and verbal communication skills, including communicating technical concepts to non-technical audiences and serving as a client-facing point of contact.
  • Bachelor of Science in Electrical Engineering.
  • Professional Engineer license in Electrical Engineering, or actively pursuing licensure.
  • At least 10 years of progressive protection and control engineering experience in substation, generation interconnection, or energy storage applications.
  • Hands-on relay settings development experience on SEL or equivalent relay platforms, including utility-submitted settings packages.
  • Experience producing protection and control drawing packages, including three-line diagrams, AC/DC schematics, wiring diagrams, and relay panel layouts.
  • Direct experience navigating LGIA/SGIA processes and utility protection and interconnection requirements.
  • Experience working with utilities, ISOs/RTOs, or owner engineering teams on utility, renewable energy, data center, or industrial protection and control projects.

Responsibilities

  • Perform detailed protection and control design for AIS and GIS substations, generation interconnections, battery energy storage systems, microgrids, and other inverter-based resource interconnection facilities, ensuring compliance with customer and utility requirements, industry standards, codes, and regulations.
  • Collaborate with multidisciplinary teams to integrate protection and control designs into substation and interconnection packages, coordinating with physical electrical, civil, and project management disciplines.
  • Support technical scoping, design, and utility coordination for protection and control systems, including protection philosophy development, relay selection and settings, and compliance with IEEE 1547 and IEEE 2800 for utility-scale solar, wind, battery storage, microgrid, and other inverter-based resource projects.
  • Contribute to engineering approaches, design standards, and technical risk management.
  • Support project delivery as engineer of record or in support of the engineer of record, contributing to technical accuracy, constructability, and code compliance.
  • Apply and help maintain engineering standards, design criteria, and quality expectations for protection and control work.
  • Independently perform detailed protection and control design, including protection philosophy documents and protection system design reports.
  • Produce three-line diagrams, AC/DC schematic drawings, relay panel wiring diagrams, internal wiring schedules, and terminal block layouts.
  • Develop communications and SCADA block diagrams and interface documents.
  • Develop control house relay panel physical arrangements and interior layouts.
  • Develop relay settings files for SEL and other relay platforms, including over/undervoltage, over/underfrequency, distance, directional overcurrent, bus differential, and transformer differential protection.
  • Design and document anti-islanding and transfer trip schemes for battery energy storage, microgrid, and inverter-based resource interconnections.
  • Design DC systems, including sizing batteries, chargers, and DC distribution panels.
  • Develop battery storage and microgrid interconnection one-lines and protection and control schemes, coordinating with battery vendor BMS and inverter protection.
  • Develop and review equipment specifications for protective relays, communications equipment, control panels, RTUs, and SCADA/EMS systems.
  • Perform or support protection coordination, short-circuit, and arc flash studies using IEEE 1584 and ASPEN, ETAP, SKM, or equivalent tools.
  • Develop relay settings packages for transmission and distribution protection applications and support settings submission and utility review coordination.
  • Perform complex engineering studies with general guidance.
  • Perform or support short-circuit, harmonic, power flow, and EMT/transient studies, including fault and dynamic contributions from battery storage and other inverter-based resources.
  • Support interconnection applications and LGIA/SGIA coordination with utilities, developers, and battery vendors.
  • Ensure compliance with NESC, IEEE, NERC reliability standards, and utility protection requirements, and identify and help resolve technical conflicts.
  • Use AutoCAD and/or MicroStation to produce protection and control drawings.
  • Support timely coordination of the project design team, including resource forecasting.
  • Identify potential project scope changes and help develop strategies to minimize impacts and control deviations from estimated costs and project deadlines.
  • Support execution of the firm's client value system and help ensure projects are executed in accordance with company policies and standards.
  • Work with clients to understand project requirements, provide technical insights, and support client satisfaction throughout the project lifecycle.
  • Support resolution of design, construction, and field issues, escalating to leadership when business or contractual risk requires involvement.
  • Support construction, testing, commissioning, and energization through RFIs, field engineering, and technical troubleshooting.
  • Support or lead relay testing and commissioning using OMICRON, Doble, or equivalent equipment for factory acceptance testing and field commissioning.
  • Participate in technical reviews, design meetings, and client presentations.
  • Prepare project design and construction documents.
  • Prepare project progress reports for internal and external stakeholders.
  • Update and maintain shop drawing and RFI logs.
  • Manage personal hours using company tools.
  • Identify and use technology, digital platforms, and AI-enabled tools to improve efficiency through workflow automation, reduced manual effort, and improved accuracy in forecasting, documentation, reporting, and quality processes.
  • Support adoption of advanced analytics, data visualization tools, and digital construction management platforms to strengthen readiness, quality assurance, and project controls.
  • Collaborate with internal teams to ensure technology solutions align with company standards for data security, privacy, and operational integrity.
  • Support innovation, continuous improvement, and strategic use of technology to optimize performance and scalability.
  • Complete assigned tasks and deliverables on time and within budget.
  • Perform other related duties as assigned.

Desired Qualifications

  • Direct experience with battery energy storage, microgrid, or inverter-based resource interconnection protection design, including anti-islanding and transfer trip scheme design and utility submission.
  • Working knowledge of IEEE 2800 and/or IEEE 1547 interconnection standards for inverter-based resources.
  • Experience with IEC 61850 substation automation, GOOSE messaging, and sampled values.
  • Experience with NERC PRC reliability standards, including PRC-002, PRC-024, and PRC-025.
  • Experience with bus differential protection design, such as SEL-487B or equivalent.
  • Electromagnetic transient simulation experience using PSCAD or equivalent tools.
  • Relay commissioning and factory/site acceptance testing experience using OMICRON CMC or Doble equipment.

About the Company

DLB Associates

MEP and data-center engineering consulting

DLB Associates is an MEP and technology consulting firm that focuses on data centers and mission-critical facilities. It provides engineering design and advisory services for mechanical, electrical, plumbing, and technology systems to optimize performance and reliability in built environments across domestic and global projects. The company works by assessing client needs, designing optimized systems, and guiding project delivery to ensure efficient, reliable operations for critical facilities. It differentiates itself through specialization in data centers and mission-critical work paired with strong client-focused service leadership and global project experience. Its goal is to deliver practical, reliable engineering solutions that help clients achieve uptime, energy efficiency, and scalable resilience for their critical infrastructure.

Company size
201-500
Company stage
Not listed
Total funding
Not listed
Headquarters
Eatontown, NJ
Founded
1980

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