Solar Electrical Field Superintendent (Multi-State Travel)

Moss; Town of Florida (NY); On-site; USD 90,000 - 120,000; Full time

Job summary

Moss is seeking a Solar Electrical Assistant Superintendent to coordinate and supervise electrical activities on large utility solar projects across multiple states. The role requires a proactive, safety-conscious leader who can work with engineers, contractors, and craft workers to deliver high-quality installations.

Candidates should have a bachelor’s degree in electrical engineering and MV experience, be willing to travel extensively, and mentor field teams while ensuring schedules, RFIs, and

Qualifications

• Minimum 2 years' experience with medium voltage equipment and collection line construction.
• Experience on large self-perform projects.
• Proficiency in testing and commissioning of MV cables and equipment.

Responsibilities

• Coordinate and support superintendents, contractors, and craft activities on large utility solar projects.
• Oversee drawing reviews, constructability, submittals, and ensure conformance to contract documents.
• Develop project schedules with Electrical Superintendents and create three-week look-ahead plans.
• Ensure resources and supervision for work teams; monitor safety, quality, and efficiency.
• Coach and train field personnel and develop leadership through task assignments.
• Liaise between field engineers and contractors to ensure drawings and specs compliance.

Education

Bachelor's degree in Electrical Engineering or equivalent

Job description

Moss is seeking a Solar Electrical Assistant Superintendent to coordinate and supervise electrical activities on large utility solar projects across multiple states. The role requires a proactive, safety-conscious leader who can work with engineers, contractors, and craft workers to deliver high-quality installations.

Candidates should have a bachelor’s degree in electrical engineering and MV experience, be willing to travel extensively, and mentor field teams while ensuring schedules, RFIs, and