Distribution Engineer

Job DescriptionJob DescriptionThe Distribution Engineer IV is a senior-level engineering role responsible for the planning, design, and execution of electrical distribution systems (4–69 kV), ensuring safe, reliable, and efficient power delivery. This role combines advanced technical expertise with project management responsibilities, including coordinating project schedules, budgets, resources, and stakeholder communications. The Distribution Engineer IV applies in-depth engineering knowledge to complex projects, including new construction, system upgrades, maintenance, and integration of emerging technologies such as distributed energy resources (DERs), renewable energy, and smart grid solutions. While not directly managing personnel, this role provides technical leadership, guidance, and mentorship to junior engineers and collaborates with cross-functional teams, contractors, and utility partners.What you will do: Engineering & Technical Oversight Lead the design, analysis, and optimization of overhead and underground distribution systems (4–69 kV), including preparation of field notes, drawings, specifications, calculations, and cost estimates. Serve as the Engineer of Record for assigned projects, exercising responsible charge over engineering work. Seal, sign, and stamp engineering drawings, specifications, calculations, and technical reports in accordance with state licensure laws and company procedures. Responsible for the Quality Assurance (QA) and Quality Control (QC) for the designs of their team. Ensure all stamped designs meet applicable regulatory, safety, and quality standards prior to issuance for construction. Review and approve final engineering deliverables, providing professional accountability for technical accuracy and compliance. Perform system studies such as load flow, fault analysis, voltage drop, and protective device coordination. Ensure engineering designs comply with IEEE, NEC, NESC, NERC, and local utility standards. Evaluate and integrate emerging technologies, including DERs, energy storage, renewable energy, and grid modernization initiatives. Conduct field assessments, audits, and verification of existing infrastructure to support design accuracy and project execution. Review and provide technical guidance on designs prepared by junior engineers or external consultants. Project Management Responsibilities Manage the technical aspect of multiple complex engineering projects with multiple disciplines simultaneously, ensuring scope, schedule, and budget objectives are met. Develop project plans, timelines, and resource allocation strategies in collaboration with project stakeholders. Coordinate with clients, contractors, utility partners, and internal teams to ensure project requirements and milestones are achieved. Track project progress, identify risks or issues, and implement corrective actions as needed. Prepare technical reports, project updates, and presentations for internal and external stakeholders. Ensure projects meet organizational quality standards, safety protocols, and regulatory compliance. Who you are: Bachelor’s degree from an ABET accredited institution in electrical engineering Active Professional Engineer (PE) license in the applicable state(s), or the ability to obtain reciprocity within a defined timeframe 9-12 years of experience in distribution system engineering and design, including project management experience and stamping drawings High level proficiency with GIS, AutoCAD, TED, Pole Loading Analysis software, and engineering analysis tools Experience managing multiple projects with cross-functional teams and coordinating with clients and contractors Thorough understanding of professional engineering ethics, responsible charge, and licensure requirements Demonstrated ability to independently evaluate, approve, and stamp engineering documents for distribution projects Strong project management skills, including planning, scheduling, budgeting, risk management, and reporting. Ability to manage project from inception to final completion, including financial targets and scope and schedule control. Strong knowledge of state and utility-specific requirements related to sealed engineering documents and construction packages Advanced knowledge of power systems, distribution design, load flow, fault analysis, grounding, and protection Expertise in overhead and underground distribution systems (4–69 kV), equipment sizing, and layout Proficiency in engineering design and analysis tools such as AutoCAD, MicroStation, GIS Understanding of DERs, renewable integration, energy storage, and grid modernization technologies Strong project manage