Hybrid HV Network Design Engineer (132/66kV)

National Grid; Melbourne; Hybrid; GBP 55,000 - 85,000; Full time

Job summary

National Grid Electricity Distribution (NGED) is seeking a Primary Network Design (PND) Engineer to join the team responsible for power system analysis and network design for 132kV, 66kV and 33kV distribution networks. The role supports new connections and reinforcements across NGED’s footprint with a hybrid work model after initial training.

You will apply your knowledge of EHV networks, support connections, and network performance while collaborating with multiple departments to meet ED2/ED3

Qualifications

• Degree in Electrical Power Engineering or related discipline (or equivalent such as HNC/HND with industry experience).
• Comprehensive understanding of EHV and 132kV networks, planning and design.
• Ability to take ownership of competing priorities and deliver high-quality technical solutions on tight timescales.
• Strong communication and influencing skills for stakeholders including senior colleagues, customers and regulators.

Responsibilities

• Assess and design new demand and generation connections.
• Prepare connection offers, budget estimates and feasibility studies.
• Liaise with customers to manage connections and ensure timely delivery.
• Assess 132kV and EHV network compliance and provide engineering recommendations.
• Design network reinforcement schemes and production of capital sanctions.
• Support NGED teams on design issues and G99 compliance.

Skills

Power system analysis

Analytical thinking

Communication skills

Engineering judgement

Education

Electrical Power Engineering degree

Tools

PSS/E

IPSA

DIgSILENT PowerFactory

Job description

National Grid Electricity Distribution (NGED) is seeking a Primary Network Design (PND) Engineer to join the team responsible for power system analysis and network design for 132kV, 66kV and 33kV distribution networks. The role supports new connections and reinforcements across NGED’s footprint with a hybrid work model after initial training.

You will apply your knowledge of EHV networks, support connections, and network performance while collaborating with multiple departments to meet ED2/ED3