Graduate Electrical Engineer - Energy (Permanent)

With every community, Stantec redefines what’s possible. Please apply as soon as possible as the advert may close once we have sufficient applicants.

Join our 2027 Graduate Programme as a Graduate Electrical Engineer in our Edinburgh office, where you will be part of our market-leading Water Power & Dams team within Energy & Resources.

As a Graduate Electrical Engineer, you will balance technical learning with practical project delivery on some of the world’s largest, most complex, and most exciting dams, hydropower, and pumped storage hydro schemes. You will sit within a dedicated, growing multidisciplinary design group, collaborating with civil, mechanical, and hydraulic specialists across all phases of project development—from initial feasibility through outline and detailed design to commissioning.

Undertaking electrical engineering calculations and developing outline/detailed designs for hydropower equipment and balance of plant systems.

Assisting with the technical specification and selection of transformers, switchgear, generators, control systems, and auxiliary electrical equipment.

Supporting design work across electrical balance of plant systems, grid connection interfaces, cable routing, and protection systems.

Utilising 3D modelling tools within a Building Information Modelling (BIM) environment to produce detailed models, single line diagrams (SLDs), and layout drawings.

Contributing to the production of high-quality technical specifications, feasibility studies, risk assessments, and engineering reports.

Integrating closely with associated disciplines—such as civil, structural, and mechanical engineering—to create unified project solutions.

The applicable professional qualification for this role is Chartered Engineer (CEng) status with the Institution of Engineering and Technology (IET) or Institution of Mechanical Engineers (IMechE) .

In this role, you will be at the forefront of delivering innovative electrical engineering solutions for large-scale energy storage and clean power infrastructure globally. Supporting landmark projects—such as Coire Glas in Scotland, as well as supporting major UK water companies—your electrical design contributions will directly enable the global energy transition and long-term grid stability. Working alongside industry-leading specialists, your efforts will help shape sustainable, resilient energy systems that safeguard resources and make a lasting difference to communities.

Take a look at our Energy business line here: Energy Consulting Services | Stantec , and review the career journey of some of our early careers’ professionals here: Along with an accredited degree ( BEng/ MEng in Electrical Engineering or a closely related power systems discipline), and a keen interest in the energy transition. Analytical Mind: Ability to apply civil engineering principles to solve complex infrastructure and network challenges.

Strong written and verbal communication skills, with the ability to collaborate effectively across multi-disciplinary engineering teams.

A proactive, adaptable mindset with a desire to learn from senior engineers and a willingness to take ownership of engineering tasks.

A passion for sustainability and a desire to challenge conventional thinking to deliver cleaner, more efficient energy solutions.

Please note, we ask our graduates to come into the office 4 days per week, to ensure that you receive sufficient time with your team and receive the appropriate level of support.

A competitive salary

Private medical insurance

A range of benefits, including holiday buy and sell, group income protection and life assurance

Permanent employment contract to demonstrate our commitment to your long-term career at Stantec

Professional progression plan, supporting you to gain professional chartership

A supportive and collaborative team environment and Early Careers peer group and wider ERG network (see more on our ERGs here: Please take a look at our Graduate FAQs ( Graduate Application FAQs ) if you have any questions.