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OQC designs superconducting quantum processors and the control stack required to operate them at scale. The engineering-heavy hiring mix (14 of 18 active roles) skews senior, with active projects spanning hardware fabrication, control-software automation, and quantum-classical algorithm design — pointing toward a company building the full vertical stack rather than outsourcing critical components. Current pain points center on error reduction, test infrastructure, and use-case validation, typical operational challenges for a hardware-software platform still in early commercial deployment.
Tech Stack 31 technologies
Core StackNetSuite Slack Python Rust C++ SolidWorks AutoCAD SOLIDWORKS Workable MATLAB LLVM MLIR C/C++ FPGA Google Analytics 4 Verilog SystemVerilog VHDL Altera KLayout L-Edit Cadence Synopsys Embedded Linux Assembly Electron Beam Lithography photolithography HiBob CI/CD Quartus+1 more
What Oxford Quantum Circuits (OQC) Is Building
◆Challenges
- Scaling ap processes
- Adopting quantum computing
- Commercializing quantum technology
- Identifying high-value quantum computing use cases
- Building test infrastructure for quantum computers
- Reducing quantum error rates
- Enhancing quantum computing performance
- Modernising ap systems
- Organisational effectiveness
- Accelerating quantum computing adoption
▲Active Projects
- Quantum system maintenance
- End-to-end accounts payable process
- Equipment setup and improvement
- High-fidelity experiments on superconducting quantum circuits
- Automation and simulation modules for control software
- Scoping quantum use cases
- Designing hybrid quantum-classical algorithms
- Benchmarking quantum approaches against classical baselines
- Test infrastructure for quantum computers
- Design of test stands and beds
Hiring Activity
20 roles · 20 in 30d
Department
Seniority
Company intelligence
