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Powering the community

Become an SSEN Transmission engineering graduate

We are responsible for the electricity transmission network in the north of Scotland, maintaining and investing in the high voltage 132kV, 220kV, 275kV and 400kV electricity transmission network. Our network consists of underground and subsea cables, overhead lines on wooden poles or steel towers, and electricity substations. It extends over a quarter of the UK’s land mass, crossing some of its most challenging terrain.

SSEN Transmission has ambitious plans for the future of Scotland’s electricity transmission system and we would love you to help us make a difference. Join us and be at the forefront of Scotland’s fight to tackle climate change.

 

2025 Graduate applications are now closed.


 

Thinking about applying? Here's what you need to know. 

Transmission has a crucial role in connecting our growing network of renewable energy and transporting it across the country. A role on our transmission engineering graduate programme will work towards helping us to achieve this and you can expect to join our engineering teams to make an impact across design, operations, maintenance, and construction. Graduates add value to a number of our teams including; Project Engineering, HVDC, Power Systems, Offshore/Onshore Development and Delivery, all whilst being a part of a wider graduate cohort and working on major projects with our key business leaders.

In week one, you will meet other SSEN Transmission graduates and network with our current and previous graduates, Directors and Managing Director. You’ll travel to key development sites across Scotland to gain better understanding of the Transmission network and lifecycle - adding value to active projects by creating key reports, making key design decisions, using innovation to transform the network and implementing these changes. You’ll take a lead role in organising and attending SSE graduate conferences and be involved in supporting engagement activities from primary schools up to universities.

The placements last between one to six months, developing your knowledge and building your network in areas such as project engineering, operations and maintenance, system planning and the control room.

Your second year will develop your technical knowledge and involves placements in areas such as transmission planning, project development, technical support and construction to develop your wider understanding of the business and Transmission lifecycle. You’ll go on site visits across Scotland to experience SSEN Transmission projects and use knowledge and experience gained to support strategic decision making. You’ll also get to play an important part in the creation and delivery of engagement activities from primary schools up to universities.

There will be strategy focused away days with your fellow Transmission graduates with the opportunity to network and socialise with each other and business leaders, as well as the opportunity to be a buddy for any new incoming graduates.

Upon completing your engineering graduate programme in SSEN Transmission, you will be a valued part of one of our specialised teams. Our previous graduates have secured roles as Substation Project Engineers, Overhead Line Project Engineers, Civil Project Engineers and HVDC Project and System Planning and Investment Engineers. Following completion of the programme, graduates in their permanent roles have worked on creating and implementing reporting tools, leading on key aspects of large projects and impacting strategic decision making within SSEN Transmission.

SSEN Transmission has published ambitious plans for the future of the north of Scotland electricity transmission system. With the region home to some of the UK's greatest resources of renewable energy, SSEN Transmission will be at the forefront of the country's fight to tackle climate change, connecting up more renewable energy and transporting it across the country. SSEN Transmission plays a critical role in the transition to a low carbon future, developing, building, maintaining and operating a network for net zero. Vital to net zero ambitions, the network transports huge quantities of clean, green renewable power over a quarter of the UK land mass, across some of its most challenging terrain. As the way we live our lives changes, billions of pounds of investment will be required to meet energy demands now and in the future. Through a fair, balanced and considered investment programme, SSEN Transmission is committed to improving network reliability and enabling the transition to net zero.


 

Our Engineering Teams

HVDC

HVDC (High-voltage direct current) is the most efficient way to transport electricity over long distances. Due to the increasing need to connect more remote renewable generation schemes, such as offshore wind farms, we are working on a significant number of new HVDC schemes in Great Britain over the coming years.

Asset Management

Our Asset Management Team provides guidance and information to those developing land or carrying out activities near our electricity transmission assets such as overhead lines and towers, underground cables and substations. 

Offshore Marine 

The Marine Function provide technical expertise on Marine Safety, Construction, Installation Engineering, Marine Management, Survey (Geophysical and Geotechnical) and Marine Consenting, supporting all areas in the Transmission business.

System Planning and Performance 

Our System Planning and Performance team includes a wide range of disciplines relating to the planning, design and development, operation, and maintenance of the electricity transmission network.

Project Engineering 

This multi-disciplined engineering team help develop and deliver our project portfolio ranging in value from £10m to £1bn. By working collaboratively across multi-disciplined and diverse teams, our graduates will support the delivery of new assets onto the network.

Control Centre 

The Transmission Control Centre is at the heart of SSEN Transmission’s daily operations for the overall secure transmission of electrical energy and for the safety of SSE field engineers working on-site.


 

Applications for our 2025 programmes are now closed. Sign up for job alerts and be first to hear about available career opportunities.

 

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