EC Source Services, LLC

Engineer

• Design and develop protection, control, and communication systems for high-voltage substations and transmission/distribution projects
• Prepare engineering design packages, including one-line and three-line diagrams, AC/DC schematics, panel layouts, wiring diagrams, and bills of materials
• Develop relay protection schemes and coordinate settings for various system configurations
• Create and review logic diagrams, functional control drawings, and SCADA I/O lists
• Perform calculations and studies to ensure system reliability, selectivity, and coordination
• Coordinate with substation physical design, relay settings, telecommunications, and other project teams to ensure cohesive and accurate designs
• Provide technical support during project construction, commissioning, and troubleshooting phases
• Ensure compliance with industry standards, client requirements, and company QA/QC processes
• Participate in project meetings and site visits to gather field data and verify design implementation
• Review vendor drawings and specifications for relays, RTUs, control panels, and related equipment
• Support the development of cost estimates, project proposals, and schedules for protection and controls projects
• Mentor junior engineers, technicians, and drafters, providing technical guidance and quality reviews

Principal Protection and Controls Engineer

• Direct and manage projects to achieve high standards of quality, adherence to schedules, and budget goals
• Develop and update design documents, including one-line diagrams, electrical plans, and specifications
• Collaborate with customers, project teams, and management to ensure smooth project execution
• Ensure all engineering work complies with relevant standards (NEC, NESC, NEMA, IEEE, ANSI)
• Identify potential project issues and provide solutions
• Undertake short-term travel as required by project assignments

Substation Engineer

Civil Engineer

• Lead structural design efforts from conceptual development through final design, ensuring alignment with project goals and requirements set by project managers.
• Develop structural specifications and data sheets for packaged equipment based on project scope.
• Prepare and manage Requests for Qualifications (RFQs), technical bid evaluations, and make informed purchase recommendations.
• Review and analyze structural vendor drawings to ensure compliance with project specifications.
• Coordinate and communicate technical information between suppliers, clients, and cross-disciplinary engineering teams.
• Collaborate with detailers and designers to ensure accurate interpretation and implementation of structural designs.
• Conduct quality reviews of production drawings across various projects to ensure accuracy and adherence to standards.
• Verify and implement required corrections using multiple CAD platforms, ensuring design integrity and consistency.

Principal Structural Engineer

• Lead and review complex overhead and underground distribution designs (typically 4 kV–35 kV).
• Ensure compliance with utility standards, NESC, NEC, and applicable codes.
• Provide technical guidance to project managers, construction teams, and engineering staff.
• Perform QA/QC reviews and support constructability and field issue resolution.
• Mentor engineers and designers; support technical training and best practices.
• Act as a technical advisor to utility clients and support proposals and project pursuits.

Principal Distribution Engineer

Manager

• Configure, calibrate, and support machine control systems for excavators, dozers, graders, drilling rigs, and earthmoving equipment
• Manage GPS/GNSS, total station, and laser-based guidance systems
• Perform daily accuracy checks, calibration verification, and tolerance control
• Support machine control for tower and pole foundations, access roads, working platforms, and grading
• Support substation earthworks, foundations, trenching, duct banks, and grounding works
• Ensure positioning accuracy aligns with approved coordinates and layouts
• Act as the primary field contact for machine control and positioning issues
• Provide hands-on troubleshooting for hardware, software, and signal-related problems
• Support construction teams during critical and high-production activities
• Coordinate with survey teams to ensure correct data transfer to construction equipment
• Manage digital as-built data capture for quantities, progress, and handover
• Establish standard procedures for machine control use across EPC projects
• Train operators, supervisors, and field staff on system operation and best practices
• Interface with OEMs and vendors to support equipment performance and technology deployment
• Improve safety by minimizing manual layout and rework
• Enhance quality through precision-controlled construction
• Increase equipment utilization and reduce downtime

Construction Technology Manager

Analyst

• Lead and coordinate all aspects of project controls, including cost management, performance management (earned value), support of change management, internal changes, reporting, and risk analysis
• Provide leadership with real-time financial status updates using tools such as Procore, Power BI, Vista Reporting, and Excel
• Deliver real-time financial status updates to leadership using tools such as Procore, Power BI, Vista Reporting, and Excel
• Develop and manage project budgets and forecasts, while closely monitoring expenditures to ensure alignment with financial targets
• Support schedule management work with project scheduler to align/report on scheduling metrics
• Proactively identify project risks and develop mitigation strategies to minimize potential impacts
• Provide leadership and foster collaboration across engineering, procurement, and construction teams

Senior Project Controls Analyst

• Perform power system studies, including load flow, short-circuit, arc flash, grounding, insulation coordination, and transient stability analyses.
• Support transmission line and substation design through study-driven recommendations for equipment ratings, relay coordination, and system configuration.
• Develop and review electrical system models using tools such as ETAP, ASPEN OneLiner, CYME, PSCAD, or PSS®E.
• Evaluate system performance under normal and contingency conditions to ensure compliance with reliability and protection standards.
• Prepare technical reports, calculations, and design documentation that summarize study results and recommendations.
• Collaborate closely with protection & controls, physical design, and project management teams to ensure seamless project execution.
• Support clients and internal teams during project planning, construction, and commissioning phases by providing study-based insights and technical guidance.
• Ensure all deliverables meet industry codes and standards (IEEE, NESC, ANSI, NERC, etc.) and internal QA/QC procedures.
• Participate in client and interdepartmental meetings to present findings and discuss system performance solutions.

Electrical Studies Engineer

Project Manager

• Project Manager is responsible for all safety, financial, operations and administrative functions on high voltage utility projects.
• Plan and execute the life cycle of a large-scale linear project.
• Develop procedures and practices contingent on customer and internal requirements, hiring, developing, and managing of the project team.
• Coordinate with construction managers, schedulers, and subcontractors.
• Maintain and control assigned project budgets and margins.
• Assure safety policies, procedures, and standards are met or exceeded.
• Manage project scope by assuring changes and/or change orders are appropriately documented and executed.