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As a direct report to the CEO, you will play a critical role in building a resilient and scalable engineering organisation. You will leverage our R&D teams as they address the core scientific and technical challenges of developing a utility-scale, fault-tolerant quantum computer. You will be responsible for defining and documenting how we conceive, design, and build our final, long-term quantum computer - a large-scale quantum processing unit (QPU) consisting of hundreds of thousands of high-quality, highly connected physical qubits and incorporating quantum error correction. In our job description, this is referred to as "the system." You will introduce tools and practices that foster a high-performance engineering culture and work closely with our multidisciplinary team of engineers and physicists to bridge the gap between system architecture and practical implementation. Additionally, you will develop our near-term quantum production line, designing and optimising manufacturing process flows to support the production of future QPU products. Our product roadmap is structured around a clear set of engineering requirements for each generation of product. You will also establish advanced measurement and testing facilities essential for hardware validation and long-term reliability. This role will eventually include team management responsibilities.
Job Responsibility:
Systems engineering: Guiding “the system” through its entire lifecycle - from initial conceptualisation and design through detailed development and rigorous validation
Collaborate with product, design & R&D teams to define, refine, and document system requirements that align with technical and business goals
Maintaining a system-level perspective, integrating cross-functional & external inputs and identifying technological barriers to industrialisation
Acting as a communication hub for technical decision-making and documentation, ensuring that the R&D knowledge is captured, understood, and applied throughout development
Defining and documenting validation test plans of components/sub-systems/systems to verify that each of them meets its specifications and performance targets
Collaborating with partnerships and supply teams to support informed make-or-buy decisions
Manufacturing & advance testing facilities: Designing, developing, and deploying a new quantum production line optimised for carbon nanotube-based quantum chips, building on processes developed by the R&D teams
to establish a stable, scalable process that enables high-throughput production.
Overseeing the conception, construction, and commissioning of advanced measurement and testing facilities
Collaborating with research and product teams to translate prototypes into scalable and manufacturable designs
Engineering excellence: Implementing best practices in project management, design control, and quality assurance across all engineering activities
Communicating engineering plans, progress, and risks to executive leadership and key stakeholders
Introducing “Design for Manufacturability” strategies for new products and drive process standardisation initiatives to facilitate production scale up
Requirements:
Master’s degree and/or Ph.D. in physics, engineering or a related technical field
10+ years of engineering leadership experience in high-tech industries such as semiconductors, advanced instrumentation, or quantum technologies
Proven experience in systems engineering of highly complex, large-scale technologies (e.g.quantum computers, spacecraft, aircraft, or multidisciplinary hardware systems)
Familiarity with Model Based Systems Engineering (MBSE), experience with an MBSE software platform and knowledge of system modelling, simulations, and analysis tools
Knowledge of quantum devices, cryogenic systems and RF/microwave systems or precision measurement tools (experience in at least one is required)
Thorough understanding of semiconductor design, integration & process modules including e-beam lithography, dry etch, wet etch, chemical vapour deposition (CVD), sputtering, and atomic layer deposition (ALD)
Experience leading multi-disciplinary teams and integrating mechanical, electrical, and software systems
Strong verbal and written communication skills
Fluency in English is mandatory, fluency in French is preferred
Nice to have:
You like hands-on work and technology
You want to contribute to achieving landmark results in quantum computing, making a difference in the emerging quantum technologies
You want to work within a 60-people team with various backgrounds in nanofabrication, quantum electronics, and carbon nanotube science to create a revolutionary quantum computing processor
You want to thrive in an exceptional scientific environment with several industrial and academic partners
You share our values (excellence, scientific integrity, diversity, curiosity, and care) and want to help us define our product-focused culture and ambition to accelerate.
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