Engineer 2 (Distribution) 4P / 252

Position Summary :

Electrical Engineer 2 – Distribution is responsible for designing, planning, and managing utility distribution systems with a focus on electrical infrastructure. With 5–10 years of experience, this role plays a vital part in ensuring reliable, efficient, and compliant utility delivery systems. This position requires strong technical expertise, project management capabilities, and the ability to collaborate across cross-functional teams.

Key Responsibilities :

System Design : Plan and design electrical power distribution systems, including overhead and underground lines.

Network Optimization : Enhance distribution network performance for reliability, efficiency, and cost-effectiveness.

Project Management : Lead distribution-related projects through all phases—design, budgeting, scheduling, implementation, and maintenance.

Compliance : Ensure all systems adhere to applicable safety, environmental, and industry regulations.

Technical Analysis : Conduct load flow studies, fault analysis, voltage drop calculations, and reliability assessments.

System Upgrades & Maintenance : Recommend and coordinate infrastructure upgrades or replacements; plan proactive maintenance schedules.

Quality Assurance : Review and validate engineering designs and construction implementation to uphold standards and specifications.

Documentation : Maintain up-to-date records, technical drawings, reports, and documentation.

Safety Enforcement : Promote and adhere to safety practices across engineering and field teams.

Collaboration : Work closely with engineers, technicians, construction crews, and external stakeholders to achieve project goals.

Customer Support : Respond to technical inquiries and provide expert advice related to distribution systems.

Software Tools : Create construction drawings using tools like JETS Socket (load calculations) , and OFS

Qualifications :

Bachelor's degree in Electrical Engineering Civil Engineering , or a related field.

5–10 years of experience in utility distribution engineering.

Professional Engineer (PE) license preferred or required (based on jurisdiction).

Proficiency in distribution system software tools (e.g., JETS, Socket, OFS).

In-depth knowledge of NEC, NESC, utility standards, and applicable regulatory codes.

Demonstrated ability to manage engineering projects effectively, including budgeting and scheduling.

Strong analytical and problem-solving skills.

Excellent verbal and written communication skills.

Strong attention to detail with a safety- and quality-first mindset.

Adaptability to emerging technologies and industry practices.

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