Enable job alerts via email!
Boost your interview chances
Create a job specific, tailored resume for higher success rate.
Join a leading energy organization as the Manager for the Office of Chief Engineer, where you will drive engineering best practices and support the transformation of Great Britain’s energy system. This role offers the opportunity to lead a team of experts and engage with international contacts in a hybrid work environment. You will play a crucial role in ensuring high-quality engineering decisions and promoting innovation within the energy sector.
Press Tab to Move to Skip to Content Link
Select how often (in days) to receive an alert:
Location:
Warwick, GB, CV34 6DA
Division: NESO Strategic Energy Planning
Job Type: Full Time
Requisition Number: 66091
Department: ESO
Job Function: Engineering
Description:
National Energy System Operator (NESO) recognises the potential of bright and talented individuals, and we encourage you to join us as Great Britain’s energy system undergoes an ambitious, exciting, and vital transformation. Together with industry, we are creating a cleaner, more sustainable energy future.
We are looking for a manager to lead the Office of Chief Engineer within the Strategic Energy Planning (SEP) directorate. Within this role you will be supporting the NESO Chief Engineer, working with the technical leads across the business and industry to learn and drive engineering best practice.
Your team will consist of engineering experts from a range of engineering disciplines. You and your team will be welcomed by the rest of NESO as a ‘critical friend’, providing impartial insight and feedback on critical engineering processes and decisions.
You will lead NESO’s international interactions in relation to energy system engineering, making a network of international contacts, and using this network to share insights, innovations and best practice. NESO has a long history of excellence in electrical engineering as the system operator for the GB electricity transmission system; since 2024 NESO’s engineering scope has broadened to include natural gas, hydrogen and other whole energy system interactions.
This role can be based from Wokingham, Warwick, and we continue to offer hybrid working from office and home. We are open to full time and part time applicants, as well as flexible working arrangements.
The creation of National Energy System Operator (NESO) is driven by an urgent need to unify and optimise our approach to energy. A more integrated and coordinated strategy is needed to meet the unprecedented challenges of climate change, ensuring secure energy supply, and keeping costs manageable for consumers.
Join us and empower your potential, energise our team, and be part of something bigger.
Your energy, our future, together.
In Autumn of 2024, the ESO transitioned to National Energy System Operator, or NESO for short. Previously denoted as the Future System Operator (or FSO), the new National Energy System Operator is the independent body responsible for planning Great Britain’s electricity and gas networks and operating the electricity system.
The ESO, including all of its existing roles, are now at the heart of the new National Energy System Operator. As NESO, we will build on our existing roles, capabilities, and ways of working significantly to create an organisation the energy system and its users’ need. Our new capabilities will enable us to look across vectors, including electricity, natural gas and hydrogen, and crucially consider the trade-offs between them.
The organisation is set up as a public corporation with its own Board of independent directors, with complete operational independence from government, the regulator and any and all commercial interest. As was the ESO, NESO will be licenced and regulated by Ofgem through price control agreements and obligated to identify optimal solutions to system operations and planning in the most sustainable, affordable and secure way for all.
The time to deliver is now. As part of our team, you won’t just be touching the lives of almost everyone in Great Britain – you’ll be shaping the way we use and consume energy for generations to come.
As NESO takes on a larger role in the planning and operation of the GB energy system it is essential that we ensure and can demonstrate the high quality of our engineering decisions. We are looking for individuals who have a demonstrable understanding of the fundamentals of energy system operation as well as using and developing processes that ensure a rigorous approach to engineering-based decisions making. This role requires the ability to create strong relationships, have strong influencing and communication skills.
A competitive salary between £74,000 - £88,000 per annum – dependent on experience and capability. As well as your base salary, you will receive a bonus of up to 15% of your salary for stretch performance, 28 days annual leave as standard, and a competitive contributory pension scheme where we will double match your contribution to a maximum company contribution of 12%.
As we work towards creating a cleaner, greener, and more affordable future for all, we also work towards creating a place for our teammates to belong, with professional and personal growth and positive well-being.
This role closes on 8th June 2025 at 23:59, however we encourage candidates to submit their application as early as possible and not wait until the published closing date as this can vary.
We work towards the highest standards in everything we do, including how we support, value and develop our people. Our aim is to encourage and support employees to thrive and be the best they can be. We celebrate the difference people can bring into our organisation , and welcome and encourage applicants with diverse experiences and backgrounds, and offer flexible and tailored support, at home and in the office.
We're committed to building a workforce that represents the communities we serve, and a working environment in which each individual feels valued, respected, fairly treated, and able to reach their full potential.
#LI-EM1
#LI-HYBRID