Overhead Lines Advanced Apprentice: Earn While You Learn

National Grid Plc; Brecon; On-site; GBP 17,000 - 21,000; Full time

Benefits offered by this job

Salary from £19,366

Annual salary increases

Pension plan

Staff benefits

Training centre access

Job summary

National Grid Electricity Distribution invites applications for the Overhead Lines Advanced Apprentice in Wales, starting September 2027. The 36-month programme combines on-the-job learning with centre-based training to achieve a City & Guilds Level 3 Qualification in Electrical Power Engineering.

You’ll train at National Grid sites and partner colleges, developing hands-on skills on LV, HV and EHV networks.

Qualifications

• GCSE English Language and Maths at required levels.
• GCSE Science or equivalent BTEC Science Level 2.
• Two additional GCSEs A*-C or Level 2 equivalent.
• City & Guilds Level 3 in Electrical Power Engineering qualification or equivalent evidence.

Responsibilities

• Participate in live LV network craft activities and on HV/EHV circuits.
• Assist with network operations, connect generators and services.
• Construct/alter overhead lines and install pole mounted plant.
• Record asset routes and test insulation, voltage, and continuity on LV cables.
• Carry out switching operations on the LV network.

Education

GCSE English English Language A*-C/9-4 or Level 2 Functional/Key Skills English

GCSE Mathematics A*-C/9-4 or Level 2 Functional/Key Skills Maths

GCSE Science A*-C/9-4 or BTEC Science Level 2 equivalent

Two other GCSEs A*-C/9-4 or Level 2 qualifications in any subject

City & Guilds Level 3 Electrical Power Engineering

Job description

National Grid Electricity Distribution invites applications for the Overhead Lines Advanced Apprentice in Wales, starting September 2027. The 36-month programme combines on-the-job learning with centre-based training to achieve a City & Guilds Level 3 Qualification in Electrical Power Engineering.

You’ll train at National Grid sites and partner colleges, developing hands-on skills on LV, HV and EHV networks.