Equal1

You'll join the quantum computing team, taking **technical ownership of functional verification** for ultra-low-power cryo-control systems. You'll drive verification from planning to closure, ensuring **correct operation and robustness** of multi-qubit processor subsystems. This role offers a **unique chance to apply your expertise** to a cutting-edge domain with steep learning and high impact.

You'll calibrate and optimize **spin qubit devices** for a **cutting-edge quantum computing team**. Your work directly improves gate fidelities and device performance. You'll develop **automated calibration routines** using Python.

You'll lead the HR function for a fast-growing quantum computing company, shaping culture and scaling people operations across multiple jurisdictions. You'll establish scalable HR foundations, compensation frameworks, and people metrics to support leadership decision-making. This role offers the opportunity to **build from early stage** and **drive high-growth scaling** in a deep tech environment.

You'll join Equal1's Quantum Algorithms team to research and develop **quantum algorithms** solving combinatorial and continuous optimization problems for customer use cases. You'll assess where **quantum approaches** outperform classical methods and translate ideas into practical solutions. This role includes supervising junior researchers and maintaining awareness of global developments in **quantum information theory**.

You'll join a world-class team tackling groundbreaking challenges in quantum computing. You'll help bring game-changing technology to market at Equal1, a startup blending scientific discovery with commercial innovation. You'll collaborate across **quantum algorithms**, **hardware**, and **systems engineering** in a global team spanning multiple countries.

You'll lead quantum software architecture and development, driving compiler and runtime strategy for hybrid quantum-classical systems. Your impact will shape the software stack for fault-tolerant quantum computing. This role offers the chance to work at the forefront of quantum technology with a top-tier team.

You'll join the Theory of Quantum Computing team to advance quantum technology through **noise characterisation, benchmarking, and quantum error mitigation**. Your work will directly influence hardware-specific algorithm design.

You'll lead the **research and development** of error correction codes and logical circuit schemes for **silicon spin qubits**, translating theory into hardware-aware approaches. Your work will directly drive Equal1's roadmap to **scalable fault-tolerant quantum computing**.

You'll lead **post-silicon validation** for **Quantum SoC controllers**, managing FPGA-based pre-silicon verification and lab operations. This hands-on role spans room temperature and cryogenic validation, shaping strategy across global sites.

You'll research and develop **quantum algorithms** for quantum chemistry applications, tailored to **Equal1's hardware platform**. You'll collaborate across Algorithms and Hardware teams to optimize performance. This role offers direct impact on **cutting-edge quantum computing** products.

You'll design and optimize the software stack for Equal1's silicon-based QPU, from gate libraries to developer frameworks. Your work will bridge classical and quantum computing, enabling researchers and customers to run quantum programs efficiently. You'll collaborate with hardware and algorithms teams on **hybrid classical–quantum workflows** and contribute to **compiler optimization** and **system-level validation**.

You'll design and fabricate silicon spin-qubit devices for a **quantum computing platform**. You'll own device development from process conception to cryogenic validation, **improving yield and reproducibility**. This hands-on role blends nanofabrication with cryogenic measurement in a fast-paced startup.