Power Systems Engineer – HV/MV Grid & Renewables

Pod-Trak Ltd; Uxbridge; On-site; GBP 50,000 - 70,000; Full time

Benefits offered by this job

Competitive salary and benefits package

Support for professional registration

Flexible working options

Job summary

A leading engineering company is seeking a Power Systems Engineer to design and develop electrical infrastructure projects. The role involves power systems studies, network design, and ensuring compliance with standards. Ideal candidates will have a degree in Electrical Engineering, proven experience in HV/MV networks, and strong skills in power systems software. Competitive salary and benefits offered alongside support for professional registration. This is an opportunity to influence new energy systems in a collaborative environment.

Qualifications

• Degree-qualified in Electrical or Power Engineering or equivalent experience.
• Proven experience in power systems analysis and electrical design.
• Understanding of health, safety, and CDM requirements for design activities.

Responsibilities

• Undertake power systems studies including load flow and fault level analysis.
• Support network design and modelling for high-voltage and medium-voltage systems.
• Prepare single-line diagrams, equipment specifications, and technical documentation.

Skills

Power systems analysis

Electrical design for HV/MV networks

Communication and teamwork

Analytical skills

Problem-solving

Education

Degree in Electrical or Power Engineering

Tools

ETAP

DIgSILENT PowerFactory

AutoCAD

Job description

A leading engineering company is seeking a Power Systems Engineer to design and develop electrical infrastructure projects. The role involves power systems studies, network design, and ensuring compliance with standards. Ideal candidates will have a degree in Electrical Engineering, proven experience in HV/MV networks, and strong skills in power systems software. Competitive salary and benefits offered alongside support for professional registration. This is an opportunity to influence new energy systems in a collaborative environment.