Bei Classiq Technologies gestalten wir die Zukunft des Quantencomputings.
Unsere Mission ist es, Quantencomputing praktisch und wirkungsvoll zu machen, indem wir die Lücke zwischen Hardware und realen Anwendungen schließen. Unsere Plattform ermöglicht es Entwicklern und Unternehmen, Quantenalgorithmen in großem Maßstab zu entwerfen, zu optimieren und einzusetzen, komplexe Prozesse zu automatisieren und Teams von Anfängern bis zu Experten in verschiedenen Architekturen zu unterstützen.
Classiq genießt das Vertrauen von Fortune-500-Unternehmen und Regierungen weltweit. Wir beschleunigen das Quantenzeitalter mit einer Plattform, die mutige Quantenideen in funktionierende Anwendungen umsetzt.
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.
Was Sie tun werden
- 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.
Wer Sie sind
- 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.
- Leidenschaft für die Lösung anspruchsvoller Probleme an der Schnittstelle zwischen Softwareentwicklung und komplexen technischen Fachgebieten.
Bonuspunkte
- Prior familiarity with quantum computing.
