About AWE

AWE plays a crucial role in the defence of the United Kingdom, by providing and maintaining the warheads for the country’s nuclear deterrent. We are a centre of scientific, engineering and technological excellence, with some of the most advanced research, design and production facilities in the world. Our unique expertise also assists the UK Government in developing and delivering a range of innovative and integrated support services, including national nuclear security and counter-terrorism solutions.

Follow us on Twitter: @AWE_plc

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Website
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Employees
1,001-5,000 employees View all AWE employees link out icon
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Industry
Defense & Space
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Location
Aldermaston, Reading, GB
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Keywords
Systems Engineering, Planning, Project Management, Construction, Finance, Manufacturing, Human Resources, High Performance Computing, Supply Chain, Project Controls, Materials Science, Plasma Physics, Hydrodynamics, Systems Engineering, Nuclear Threat Reduction, High Performance Computing, Plasma Physics, Hydrodynamics, Design Physics, Project Controls, Materials Science, Constructi̇on, Supply Chain, Project Management, Manufacturing, Human Resources, Planni̇ng, Finance

Frequently Asked Questions about AWE

Who is the CEO of AWE?

Alison Atkinson is the CEO of AWE.

Who are the decision makers in AWE?

The decision makers in AWE are Ahmed Warsame, Hal Dickout, James Egremontlee, etc. Click to Find AWE decision makers emails.

What services does AWE provide in the defence sector?

AWE provides a range of services crucial for the UK's defence, primarily focusing on the design, development, and maintenance of nuclear warheads. Our expertise includes systems engineering, project management, and high-performance computing, ensuring that we meet the stringent requirements of national security. Additionally, we engage in materials science and hydrodynamics to support the development of advanced weapon systems.

How does AWE ensure the safety and reliability of its nuclear deterrent?

AWE employs rigorous testing and evaluation processes to ensure the safety and reliability of the UK's nuclear deterrent. This includes extensive simulations using high-performance computing, as well as real-world testing of materials and systems. Our teams of scientists and engineers work collaboratively to adhere to strict regulatory standards and continuously improve our technologies and methodologies.

What industries does AWE support beyond defence?

While AWE primarily focuses on the defence sector, our expertise in systems engineering, project management, and materials science can be applied to various industries, including aerospace, energy, and advanced manufacturing. Our innovative approaches to problem-solving and project execution can benefit any sector requiring high levels of precision and reliability.

What career opportunities are available at AWE?

AWE offers a wide range of career opportunities across various disciplines, including engineering, project management, finance, and human resources. We are committed to attracting and retaining top talent, providing a supportive environment for professional development. Our roles often involve cutting-edge research and development, making AWE an exciting place to work for those passionate about science and technology.

How does AWE contribute to nuclear threat reduction?

AWE plays a vital role in nuclear threat reduction by maintaining and modernizing the UK's nuclear deterrent capabilities. Our work involves not only ensuring the reliability of existing systems but also engaging in research and development to address emerging threats. We collaborate with international partners and adhere to global non-proliferation treaties to promote a safer world.

What is the significance of high-performance computing at AWE?

High-performance computing (HPC) is essential at AWE for simulating complex physical phenomena related to nuclear warhead design and performance. HPC allows us to conduct detailed analyses and predictive modeling, which are crucial for ensuring the safety and effectiveness of our systems. This technology enables us to explore scenarios that would be impractical or impossible to test in real life, thus enhancing our research and development capabilities.

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