Cable Splicer Helper: Path to Advanced Roles & Benefits

National Grid plc; Village of North Syracuse (NY); On-site; USD 38,000 - 54,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Life insurance

401(k)

Vacation

Tuition assistance

Job summary

National Grid plc in Syracuse, NY is seeking an accredited Cable Splicer Helper to join our Underground Electric Operations. Starting wage is $33.56 per hour with medical, dental, life insurance, 401(k), vacation, and tuition assistance among the benefits.

The role supports Cable Splicers, handling materials and tools for underground line construction and maintenance on sub-transmission or distribution circuits, with potential progression to Cable Splicer A after six months of satisfactory

Qualifications

• Must pass physical abilities examination.
• Must pass validated aptitude test.
• High School Diploma or equivalent required.
• Valid driver’s license required with a safe driving history that meets National Grid’s Safe Driver policy.
• Class A CDL preferred.
• Two-year degree or certificate in Electrical Technology, Mechanical Technology or Electric Construction/ Maintenance from an accredited college or university or equivalent as determined by management.

Responsibilities

• Under direct supervision in a cable crew, to handle material, tools and tackle; to do any type of manual work required; and to assist Cable Splicers in their work as required.

Skills

Physical abilities

Aptitude test

Valid driver’s license

CDL preferred

Education

High School Diploma

Two-year degree or certificate in Electrical Technology

Job description

National Grid plc in Syracuse, NY is seeking an accredited Cable Splicer Helper to join our Underground Electric Operations. Starting wage is $33.56 per hour with medical, dental, life insurance, 401(k), vacation, and tuition assistance among the benefits.

The role supports Cable Splicers, handling materials and tools for underground line construction and maintenance on sub-transmission or distribution circuits, with potential progression to Cable Splicer A after six months of satisfactory