System Engineer at Quantum Machines - Israel, Tel Aviv Office (R&D).
Quantum Machines is a global leader in control systems for quantum computing, a field on the verge of exponential growth, bringing about opportunities like those made possible with the invention of classical computing 50 years ago. We are assembling the strongest team of professionals in the world with the goal of revolutionizing how quantum computers are built and controlled and accelerating their arrival. Quantum Machines is backed by top-tier investors such as Battery Ventures, TLV Partners, Red Dot Capital, and Avigdor Willenz’s investment group.
Apply for the System Engineer role.
QUANTUM ROLE CONTEXT | Appended by Quantum.Jobs v2
Role context:
This role type exists to ensure complex hardware and software architectures function cohesively across the entire product lifecycle. Situated within research and development divisions, system engineers act as key technical integrators between specialized engineering teams, research scientists, and product development units. They define system-level requirements, oversee architecture performance, and validate system stability. By maintaining holistic oversight of complex technical assemblies, professionals in this position enable organizations to translate high-level functional concepts into stable, deployable hardware and software infrastructure.
Quantum ecosystem relevance:
The system engineer role contributes to the quantum ecosystem by supporting the control infrastructure required to run complex quantum hardware. Control systems represent a critical enabling layer that bridges high-level quantum algorithms with underlying physical quantum processors. Engineers in this function help integrate hardware components and control electronics, enabling reliable operations for quantum research and scaling. By ensuring system-level stability and operational efficiency, this position aids the deployment and ongoing refinement of essential quantum computing architectures.
Capability signals:
- Experience in system-level engineering, integration, and architecture validation across complex hardware platforms
- Ability to define cross-disciplinary technical requirements and maintain system-level performance standards
- Demonstrated expertise bridging hardware electronics, software components, and physical research applications
- Proficiency in validating complex system reliability through comprehensive testing and diagnostic methodologies
- Strong cross-functional technical communication skills within specialized research and development environments
