Graduate Electrical Engineer: Energy & Infrastructure Impact in Manchester

Graduate Electrical Engineer: Energy & Infrastructure Impact in Manchester

Manchester Full-Time 47250 - 57750 Β£ / year (est.) No working from home possible
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At a Glance

  • Tasks: Join exciting projects focused on sustainable infrastructure from start to finish.
  • Company: Leading engineering firm in Manchester with a commitment to innovation.
  • Benefits: Competitive salary, professional development, and a focus on sustainability.
  • Other info: Be part of a dynamic team dedicated to achieving Net Zero goals.
  • Why this job: Make a real impact on the future of energy and infrastructure.
  • Qualifications: Strong MEng in Electrical Engineering and collaborative mindset.

The predicted salary is between 47250 - 57750 Β£ per year.

A leading engineering firm in Manchester seeks a Graduate Electrical Engineer to join their Graduate Development Programme.

Focused on sustainable infrastructure projects, the role involves all stages of project development from feasibility to detailed design.

Candidates should have a strong MEng in Electrical Engineering and be adaptable and collaborative with a commitment to the company's Net Zero vision. #J-18808-Ljbffr

Graduate Electrical Engineer: Energy & Infrastructure Impact in Manchester employer: Azadtechhub

As a leading engineering firm in Manchester, we pride ourselves on fostering a dynamic and inclusive work culture that prioritises employee development and sustainability. Our Graduate Development Programme offers exceptional growth opportunities, allowing you to engage in impactful projects while contributing to our Net Zero vision. Join us to be part of a team that values collaboration and innovation in the pursuit of sustainable infrastructure solutions.

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Contact Details:

Azadtechhub Recruitment Team

We think you need these skills to ace Graduate Electrical Engineer: Energy & Infrastructure Impact in Manchester

Electrical Engineering
Project Development
Feasibility Analysis
Detailed Design
Sustainable Infrastructure
Adaptability
Collaboration