Grid Planning & Substation Design Engineer

National Grid; City of Syracuse (NY); Sur place; USD 94 000 - 110 000; Plein temps

Résumé du poste

National Grid in Syracuse, NY is hiring engineers for our Electric Organization with positions based in Syracuse, Albany or Buffalo. You will help ensure the reliability, safety, and efficiency of electric transmission and distribution systems by developing standards, designing control systems, and managing assets across departments.

The role involves collaborating with Electric Operations, Regional Control Centers and Distribution Design on grid modernization, distributed generation, and

Qualifications

• Excellent verbal and written communication skills.
• 2+ years of relevant engineering experience in transmission, distribution, or substation engineering.
• Working knowledge of NESC and current design codes.

Responsabilités

• Prepare and contribute to the development, technical content and implementation of Substation Engineering standards and procedures; ensure compliance with standards and regulatory requirements.
• Provide technical support to Engineering, Design, Operations, IT and Construction.
• Review single lines, elementaries, plans and elevations, conduit and cable schedules, and materials lists.

Connaissances

Communication skills

Travel willingness

Microsoft Office

Formation

Bachelor of Science in Electrical, Civil/Structural, or Mechanical Engineering (ABET)

Engineer in Training Certificate (EIT) or PE license preferred

Outils

PSS/E

MUST

ASPEN

PowerGem

Description du poste

National Grid in Syracuse, NY is hiring engineers for our Electric Organization with positions based in Syracuse, Albany or Buffalo. You will help ensure the reliability, safety, and efficiency of electric transmission and distribution systems by developing standards, designing control systems, and managing assets across departments.

The role involves collaborating with Electric Operations, Regional Control Centers and Distribution Design on grid modernization, distributed generation, and