Degree Apprentice Civil Engineer – Renewable Energy Infrastructure

Degree Apprentice Civil Engineer – Renewable Energy Infrastructure

Help Shape the Future of Renewable Energy

Tetra Tech is seeking a motivated and enthusiastic Apprentice Civil Engineer to join our Renewable Energy Infrastructure team in Edinburgh.

This is an exciting opportunity to begin a rewarding career in Civil Engineering while studying towards a fully funded degree through a recognised university apprenticeship programme. Employed by Tetra Tech and supported by experienced engineers and technical specialists, you will gain invaluable practical experience while developing the academic knowledge needed to become a successful engineering professional.

Joining an established team with a strong reputation in the renewable energy sector, you will contribute to projects that support the UK's transition to a more sustainable future. From onshore wind farms and offshore wind infrastructure to battery energy storage and hydro developments, you will gain exposure to a diverse range of projects that deliver lasting environmental and social benefits.

As an Apprentice Civil Engineer, you will support the delivery of civil engineering and infrastructure designs for renewable energy developments across the UK. Working alongside experienced engineers, you will contribute to project work from early‑stage concept development through to detailed design and construction support, gaining broad experience across the full project lifecycle.

The role offers the opportunity to develop knowledge in areas such as access road design, drainage and water management, highway improvements, site infrastructure and multidisciplinary engineering coordination. You will work closely with colleagues from environmental, geotechnical and structural disciplines, helping to deliver integrated engineering solutions for our clients.

Throughout your apprenticeship, you will be supported by the university and a dedicated workplace mentor who will help you build technical capability, professional confidence and the practical experience required to succeed both academically and professionally.

You will play an important role in supporting the design and delivery of infrastructure solutions that enable major renewable energy projects to move from concept through to construction. As your knowledge and experience develop, you will become increasingly involved in engineering analysis, design development, technical reporting and project coordination activities.

Working within project teams, you will contribute to the production of engineering drawings, calculations and technical documentation while developing an understanding of industry standards, design best practice and the engineering considerations that influence project delivery.

Opportunities to participate in client meetings will also be provided, giving exposure to the collaborative approach required to successfully deliver complex infrastructure projects.

This apprenticeship has been designed to provide a strong foundation for a long‑term career in Civil Engineering. Alongside your academic studies, you will gain practical experience using industry‑leading software and engineering processes while working on real projects and learning from experienced professionals. You will work four days a week with Tetra Tech whilst attending university for one day a week during the academic year.

Skills developed include infrastructure design, engineering analysis, technical communication and project delivery. You will gain exposure to software such as AutoCAD and Civil 3 D, and as your confidence grows you will be encouraged to take increasing ownership of your work and contribute more widely across project teams.

We are looking for individuals who are passionate about engineering, eager to learn and excited by the opportunity to contribute to the renewable energy sector. You should be comfortable working both independently and collaboratively, with strong organisational skills and a proactive approach to problem solving.

An interest in infrastructure design, engineering technology and…