Chez Classiq Technologies, nous façonnons l'avenir de l'informatique quantique.
Notre mission est de rendre l'informatique quantique pratique et efficace en comblant le fossé entre le matériel et les applications concrètes. Notre plateforme permet aux développeurs et aux entreprises de concevoir, d'optimiser et de déployer des algorithmes quantiques à grande échelle, en automatisant des processus complexes et en accompagnant des équipes de tous niveaux, des débutants aux experts, sur diverses architectures.
Classiq bénéficie de la confiance des leaders du classement Fortune 500 et des gouvernements du monde entier. Nous accélérons l'ère quantique grâce à une plateforme qui transforme les idées quantiques audacieuses en applications fonctionnelles.
We're seeking a Senior Software Engineer with a strong software engineering background to develop Classiq's quantum execution platform. Our execution layer runs quantum circuits and orchestrates hybrid quantum-classical algorithms across quantum hardware and simulators. You’ll build the infrastructure and abstractions that coordinate these workloads and make a rapidly evolving ecosystem of quantum computing systems, each with different capabilities, constraints, and interfaces, reliable, efficient, and usable at scale.
Ce que vous ferez
- Build systems that plan, orchestrate, and manage quantum workloads across multiple hardware providers, simulators, and cloud environments.
- Develop a deep understanding of quantum applications and backend capabilities to optimize execution performance and enable new execution capabilities.
- Maintain high standards of software quality, reliability, and engineering excellence.
- Collaborate with Product Managers, Infrastructure, other core teams and quantum experts to deliver robust production software.
Qui vous êtes
- 8+ years of experience developing complex production software systems.
- B.Sc. or higher in Computer Science, Software Engineering, Physics, or a related technical field.
- Strong hands-on experience with Python.
- Experience designing scalable backend systems, distributed systems, or workflow orchestration platforms.
- Strong architectural thinking and the ability to identify clean abstractions, reason about system tradeoffs, and turn complex technical requirements into maintainable software.
- Demonstrated ability to take complex, technical problems from exploration and design through implementation and production ownership.
- Une passion pour la résolution de problèmes complexes, à la croisée du génie logiciel et de domaines techniques complexes.
Points bonus
- Prior familiarity with quantum computing.
