Quantum Compiler SW Developer - Math & CS Oriented
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At a glance
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Job overview
Classiq is hiring a Quantum Compiler SW Developer - Math & CS Oriented. Classiq Technologies is seeking a science-oriented software developer with a strong background in mathematics and computer science to build their quantum compiler. The platform enables developers and enterprises to design, optimize, and deploy quantum algorithms at scale. The team focuses on the Qmod language, its compiler toolchain, synthesis engine, and quantum synthesis algorithms. This role involves designing and developing production-grade capabilities for the quantum compiler, contributing to its architecture, and collaborating with product and algorithm teams.
Key focus areas include Design and develop production-grade capabilities for the quantum compiler, Own your code, ensuring it is production code for customer use, and Contribute to the architecture of the quantum compiler.
Successful candidates bring M.Sc. Or Higher In Mathematics Or Computer Science Or Related Quantitative Field, 5+ Years Software Engineering Experience, and Strong Foundations In Algorithms And Complexity. Important skills include Data Structures and Algorithms, Complexity, Advanced Linear Algebra, Group Theory, Hilbert Spaces, and Software Architecture. Preferred (not required): Qmod Language, Compiler Toolchain, Semantics, and Type System.
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Full job description
At Classiq Technologies, we're shaping the future of quantum computing. Our platform lets developers and enterprises design, optimize, and deploy quantum algorithms at scale, and is trusted by Fortune 500 leaders and global governments. Classiq is backed by 70 patents.
We're looking for a science-oriented software developer with a strong background in mathematics and computer science to help build our quantum compiler. We hire across levels - from researchers coming out of a strong M.Sc./Ph.D. to seasoned engineers.
The team is working on
- The Qmod language and its compiler toolchain: semantics, type system, intermediate representation, and the next-generation compilation pipeline - this is a production compiler
- The synthesis engine that lowers high-level programs into circuits optimized for width (qubits/ancillas), depth, and gate count under user constraints
- Implement and improve quantum synthesis algorithms from the literature: arithmetic, multi-controlled-gate synthesis, Hamiltonian simulation (Trotterization, qDRIFT), state preparation, uncomputation, and fault-tolerant compilation (Clifford+T, routing)
- Resource estimation for quantum programs
- Debugging tools for quantum programs, for example, a visual model of the high-level program that lets users inspect and troubleshoot what they wrote
- Compiler-pass performance and correctness, benchmarked against real algorithms (e.g., Shor's algorithm, quantum phase estimation, QSVT)
What You'll Do
- Design and develop production-grade capabilities for the quantum compiler
- Own your code - it is production code that customers use to meet their goals
- Contribute to the architecture of the quantum compiler and the definition of our high-level quantum programming language
- Collaborate closely with product and algorithm teams to deliver production-ready quantum capabilities
Who You Are
- M.Sc. or higher in Mathematics, Computer Science, or a related quantitative field, with a thesis or equivalent research experience
- Strong foundations in algorithms and complexity, plus the math underpinning quantum computing (advanced linear algebra, group theory, Hilbert spaces)
- 5+ years of software engineering experience
- Experience building production-quality software systems
- Strong understanding of software architecture, APIs, testing, and maintainability
Bonus points
- Machine learning, neural networks, or reinforcement learning - a significant plus (e.g. learned heuristics or RL for compiler and circuit optimization)
- Experience with Python performance optimization
- Experience with scientific computing or simulation software
- Prior experience in compiler development
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