We're working with an innovative deep-tech organisation developing next-generation quantum computing technology. This is an opportunity to join a highly skilled team at the forefront of experimental physics and engineering, where you'll play a key role in building and scaling advanced neutral atom quantum hardware.
The Role
You'll take ownership of critical hardware systems, working from initial design through to integration and operation within a cutting-edge quantum computing platform.
Key responsibilities:
- Design, build and optimise high-performance experimental hardware
- Develop and integrate optical and laser-based subsystems for neutral atom quantum systems
- Collaborate with software, electronics and mechanical engineering teams
- Improve system stability, reliability and scalability
- Contribute to technical direction and hardware architecture
- Troubleshoot complex experimental systems and drive continuous improvements
About You
We're looking for candidates with:
- Hands-on experience developing or operating neutral atom quantum systems (essential)
- A PhD or Postdoctoral background in AMO Physics or a closely related discipline
- Strong expertise with lasers, optical systems and complex experimental setups
- Experience with one or more of the following: optical tweezer arrays, Rydberg atoms, alkaline-earth atoms, ultracold atoms, high-NA imaging or ultra-high vacuum systems
- A practical, solutions-focused approach with the confidence to take ownership of complex technical challenges
- Programming experience (Python), control systems, electronics or CAD design would be advantageous
-
What's on Offer
- Work on pioneering neutral atom quantum computing technology
- Significant technical ownership from day one
- A collaborative, multidisciplinary engineering environment
- Excellent career development, competitive salary and comprehensive benefits
If you have a strong background in neutral atom quantum systems and want to help build the next generation of scalable quantum hardware, we'd love to hear from you.