Linux Software Engineer
Cognyte
LinuxPython
Software Engineer, Quantum Application Validation
Quantum Machines
full-time
Posted on:
Origin: • 🇩🇪 Germany
Visit company websiteJob Level
Mid-LevelSenior
Tech Stack
Python
About the role
- Build and maintain a scalable framework to validate quantum routines on hardware
- Design software that efficiently connects measurement hardware and control systems
- Develop and optimize algorithms for data processing of quantum computing routines
- Implement and validate scalable quantum routines across architectures
- Process and integrate large real-time measurement datasets into the framework
- Develop automated tests and CI/CD pipelines for continuous system validation
- Collaborate with hardware, physics, and software teams to align framework with system needs
- Build infrastructure and tools necessary to validate execution of quantum computing routines; analyze large datasets and integrate real hardware with custom quantum languages
Requirements
- M.Sc. or higher in software engineering, mathematics, electrical engineering, physics or equivalent
- Preferably a background in Quantum Computing
- At least 5 years of hands-on programming experience
- Strong expertise in Python, including experience in data manipulation and analysis
- Solid background in designing software architectures that interact with real hardware, ensuring performance, scalability, and reliability
- Experience with developing automated testing frameworks and CI/CD processes, especially in a scientific or engineering context
- Ability to develop and optimize complex algorithms, especially for data processing and multi unit computing environments
- Experience integrating quantum algorithms with physical quantum platforms (e.g., superconducting qubits, trapped ions) is an advantage
- Experience with infrastructure or electronics for high-frequency systems (quantum hardware or related fields) is an advantage
- Ability to work effectively in a multi-disciplinary team environment with a strong desire to learn new concepts in (quantum) computing and adapt to the evolving nature of the field
