Graduate Electrical Engineer (RACE)

UK Atomic Energy Authority; Clifton Hampden; On-site; GBP 28,000 - 36,000; Full time

Benefits offered by this job

Pension plan

Annual leave and holiday flexibility

Flexible working

Skern Lodge residential

Job summary

UK Atomic Energy Authority invites graduates to join its Graduate Development Programme, partnering with world-leading experts to advance fusion technology and build essential technical and leadership skills for a successful career.

The scheme combines 80% role-based work within projects and 20% dedicated to professional development, enabling rapid growth, networking, and practical learning in a supportive environment.

Qualifications

• Degree in Science or Engineering (2025–2027).
• Driven, with a strong appetite to learn and take on new challenges.
• Able to collaborate effectively and communicate clearly to both technical and non-technical audiences.
• Well organised and adaptable with the ability to plan and prioritise workload.

Responsibilities

• Support the design and development of innovative robotic and remote handling systems that contribute to the future of fusion energy.
• Gain hands-on experience maintaining, troubleshooting and improving electrical and electromechanical equipment.
• Create technical documentation, electrical schematics and engineering drawings to support project delivery.
• Work with experienced engineers and technicians to solve real-world technical challenges and improve system performance.
• Develop your technical, problem-solving and project skills while contributing to a safe, inclusive and collaborative working environment.

Skills

Driven to learn

Collaborative

Organised

Education

Science or Engineering degree (2025–2027)

Job description

• Position Grade: Graduate Y1

Job Description

About us

Fusion, the process that powers the sun and stars, is one of the most promising options for generating the cleaner, carbon-free energy that our worldbadly needs. UKAEA leads the way in realizing fusion energy, partnering with industryand research organisations to achieveground-breaking advancements. Our goal is to bring fusion electricity to the gridby developing the power stations of tomorrow and the skilled workforce to deliver them.

What you'll join

Your degree got you this far. Where could fusion energy take you?

If you're looking for your first graduate role and want a career that's meaningful, challenging, and packed with opportunities to grow, UKAEA's Graduate Development Programme could be the perfect next step. Working alongside world-leading experts, you'll help advance ground breaking fusion technology while building the technical, professional, and leadership skills needed for a successful career. This is your chance to be part of an industry that's helping create a sustainable future for generations to come.

What you'll do

• Support the design and development of innovative robotic and remote handling systems that contribute to the future of fusion energy.
• Gain hands-on experience maintaining, troubleshooting and improving electrical and electromechanical equipment.
• Create technical documentation, electrical schematics and engineering drawings to support project delivery.
• Work with experienced engineers and technicians to solve real-world technical challenges and improve system performance.
• Develop your technical, problem-solving and project skills while contributing to a safe, inclusive and collaborative working environment.

How you'll develop

On the graduate scheme here at the UK Atomic Energy Authority, you will have 20% of your time focused on professional and personal development. This will include a series of core development activities to fast track your business acumen, along with skills for technical, project management and people leadership.

The remaining 80% of time is role-based, working within a team growing your technical knowledge within your chosen discipline. Working with your line manager, you will get the opportunity to experience different roles and responsibilities within projects to broaden your understanding and help decide your future career route.

What you'll need

• Degree in Science or Engineering from 2025 to2027.
• Driven, with a strong appetite to learn and take on new challenges.
• Able to collaborate effectively and communicate clearly to both technical and non-technical audiences.
• Well organised and adaptable with the ability to plan and prioritise workload.

We have a generous range of benefits (see the full list here ) and highlights include:

• Final salary defined benefit scheme with an equivalent of21.5% employer pension contribution.
• 25 days annual leave, plus 3 days Christmas closure and 2.5 privilege days, in addition to UK bank holidays.
• Flexible working options plus family-friendly leave provisions.
• Take part in our Skern Lodge residential to develop new skills and build your network.

Our commitment to ED&I

UKAEA’s mission is clean energy for all, and we welcome talented people from all backgrounds to help us achieve this goal. We are committed to equality, diversity, and inclusion and strive to ensure fair representation across our workforce. We particularly encourage applications from groups currently underrepresented in STEM, including women and individuals from diverse ethnic backgrounds, while ensuring all appointments are made on merit.

UK Atomic Energy Authority is committed to being accessible. Please email [e-mail] you have any questions or require any help or adjustments.

AI may be used for preparation purposes only. All responses submitted during interviews and assessments must be your own work.

To maintain a fair recruitment process, candidates are limited to two applications across our Early Careers programmes. If you apply for multiple roles, we may contact you to discuss which opportunities best match your skills and interests.

Applications are due to close at 23:59 on 8th November 2026. As we're expecting strong interest, we encourage you to apply early, as the vacancy may close sooner if we receive a high volume of applications.More information can be fo