Neutral Atom Systems Architect
Nu Quantum
Neutral Atom Systems Architect
Nu Quantum
Develops single-photon quantum networking components
Nu Quantum Ltd · Cambridge, United Kingdom · Full-time · Posted 2026-07-17
Workplace: on_site
Department: Systems
Nu Quantum is at the forefront of quantum computing and advanced technology, driven by innovation, diversity, and a commitment to excellence. We’re creating an environment where brilliant minds from all backgrounds collaborate to push the boundaries of what’s possible.
Founded to commercialise research generated over the last decade at the Cavendish Laboratory, Nu Quantum is on a mission to shape the future of quantum information systems.
We’re working on exciting technology that will improve the utility and accelerate the time-to-market of quantum computing systems. We integrate novel quantum photonic technology to form an efficient and scalable quantum networking infrastructure in partnership with world-leading companies and academic groups.
Nu Quantum is seeking a highly skilled Neutral Atom Systems Architect to lead on the specification and architecture of a Quantum Networking layer that supports Distributed Quantum Computing with Neutral Atoms.
The successful candidate will join a highly collaborative environment. Working closely with our AMO theorists, networking team, QEC researchers and Systems engineers, to define how Nu Quantum's hardware interfaces with Neutral atom QPUs, from modelling high-fidelity networking protocols through to hardware-performance targets that will enable fault-tolerant distributed quantum computing.
The role will involve collaborating with peers across the organisation and coordinating with external partners, helping shape the path towards large-scale QC Systems.
System Architecture & Specs: Own the definition, decomposition, and maintenance of the Network System Architecture and all System/Subsystem Specifications (QPI, QNU, Cavity Systems, etc.) for Neutral Atoms. You define what the system must do to create a clean, well-documented specification for the engineering team.
Own the technical vision for neutral-atom hardware architecture, and the company’s go-to expert for qubit control, optical systems, gate optimisation and overall system performance.
Collaborating with the Quantum Error Correction team to define architectural requirements for distributed fault-tolerant quantum computing.
Cross-Functional Alignment: Work closely with the Product Management team to ensure specifications meet commercial product definitions, and with the Engineering team to convey clear concepts of operation for the Networking Hardware.
Act as the technical partner for Product Managers, evaluating competing quantum networking approaches, providing system-level analysis to inform product strategy and technology roadmaps.
Meeting with the Project Management Office and Finance teams to coordinate initial project scoping, resource allocation and tooling.
Embodying our company values, championing scientific integrity and fostering a collaborative working environment.
Furthermore, there will be opportunities for you to represent the company at scientific conferences and industry events.
Why work with us?
At Nu Quantum, we celebrate diversity and are committed to creating an inclusive workplace where people of all identities, orientations, backgrounds, and experiences are empowered. We value diverse perspectives as a source of creativity and innovation and encourage applications from all backgrounds, including those from underrepresented and marginalised communities. Joining Nu Quantum means joining a team where you can grow professionally and be part of an inspiring mission to shape the future of technology.
Benefits
Flexible working options
Group DIS cover (4 x salary)
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Develops single-photon quantum networking components
Nu Quantum develops high-performance quantum networking solutions built around single-photon technology. Its products include single-photon components, single-photon links, and quantum random number generators used to enable quantum information processing. The devices operate by emitting, guiding, and detecting individual photons to perform secure communication and information processing tasks, with the random number generators providing unpredictable quantum-based numbers for cryptography. The company differentiates itself through a strong IP portfolio and a team spun out of a decade of Cavendish Laboratory research, focusing on delivering reliable, scalable quantum networking components and collaborations with clients. Its goal is to commercialize advanced quantum networking technology and provide industry-leading quantum components and solutions through partnerships and direct sales.
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