Senior Quantum Algorithm Engineer, Optimization

About IQM Quantum Computers

IQM Quantum Computers is a global pioneer specializing in the design, manufacture, and distribution of superconducting quantum computers. Their offerings include fully integrated on-premises quantum computing systems as well as cloud access platforms, serving top-tier high-performance computing centers, academic research institutions, universities, and enterprise clients worldwide. With a workforce exceeding 300 professionals, IQM operates from multiple offices across Finland, Germany, France, Italy, Spain, Poland, Singapore, South Korea, Japan, and the United States.

Role Overview

The Senior Quantum Algorithm Engineer will reinforce IQM's leadership by innovating quantum optimization techniques and embedding them within practical computational frameworks. This position, part of the quantum algorithms and applications department, involves developing quantum algorithms that tackle complex combinatorial challenges. The team’s mission is to transform promising ideas into scalable, hardware-compatible solutions that push the frontiers of quantum optimization, aligning algorithmic enhancements directly with system implementation and limitations.

Key Responsibilities

• Incorporate quantum subroutines into sophisticated classical optimization frameworks, such as heuristics, linear programming, relaxation methods, approximation algorithms, and hybrid quantum-classical processes.
• Conceive, develop, refine, and evaluate new quantum algorithms compared to classical alternatives.
• Simulate quantum algorithms using classical computing infrastructure to analyze performance metrics and scalability.
• Build and sustain expansive, scalable software libraries ensuring effective integration across applications.
• Work in close collaboration with hardware, software, and research teams to guarantee alignment and maximize impact.
• Disseminate research outcomes through publications and presentations at scientific conferences and workshops.
• Plan and conduct experimental validations, benchmarking, debugging, and enhancements of algorithms.
• Participate in client-focused consulting engagements and prototype development.
• Prepare comprehensive technical documentation, reports, and educational materials.
• Offer mentorship, share expertise, and actively engage in team technical dialogues.

Candidate Profile

• Possess a Master’s degree or Ph.D. in Theoretical Physics, Computer Science, Mathematics, or a closely related discipline.
• Authored at least two to three publications in the area of quantum algorithm research.
• Strong foundation in quantum computing principles, quantum information science, classical computer science fundamentals, algorithm design, and computational complexity theory.
• Advanced understanding of classical optimization strategies and hybrid quantum-classical algorithmic methods.
• Hands-on experience with quantum programming platforms such as Qiskit, Cirq, or Quantum Development Kit.
• Capability to architect and enhance scalable quantum algorithms and software packages.
• Excellent analytical thinking, mathematical modeling competence, and adept problem-solving skills.
• Proven track record in scientific writing, technical documentation, and delivering presentations at conferences.
• Clear and effective communication skills for explaining complex technical concepts to varied audiences.
• A collaborative and dependable work approach demonstrated by accountability, reliability, and a commitment to ongoing excellence and improvement.

Benefits and Work Environment

• Work alongside a diverse and passionate team devoted to a significant and pioneering mission.
• Contribute to shaping the future of quantum technologies.
• Experience a dynamic, creative, and open startup culture that encourages growth and advancement.

Additional Information

The position is located in Munich, Germany, requiring onsite presence. IQM emphasizes that applications will be processed only when submitted through official channels. The company commits to advancing quantum computation as a transformative technology to solve challenges beyond classical computing capabilities, with applications spanning medicine, energy, and technology domains. IQM fosters a demanding, collaborative, and forward-thinking work atmosphere where deep research meets practical full-stack system production.