Overview
In this senior role, you will lead analog and mixed-signal design efforts to enable next-gen quantum computing hardware. You’ll drive end-to-end design flows from specifications through tape-out and silicon validation, while owning top-level chip integration and CMOS modelling. You will bridge theory, simulation, and real hardware in a fast-paced, frontier technology environment. This position offers hybrid work and a compelling package, including stock rewards. You’ll work with cross-functional teams to push the limits of performance and reliability in quantum-grade systems.
Pay / Benefits
- hybrid working model
- competitive basic salary
- bonus plan
- stock unit scheme
Responsibilities
- Lead complete design flow for analog and mixed-signal blocks from spec to tape-out and silicon validation
- Own top-level chip integration and modelling as part of the CMOS development flow
- Design amplifiers and precision filters with strong mixed-signal expertise (ADCs/DACs)
- Model using SystemVerilog, MATLAB or Python/NumPy and automate model generation, checking and regression
- Bridge theory, simulation and real-world hardware to deliver high-performance designs
- Contribute to multiple tape-outs and ongoing frontier technology projects
- Collaborate with cross-functional teams across research and development
Key requirements
- Extensive experience in analog IC design with a track record of high-performance results in fast-paced environments
- Demonstrated ability to deliver multiple tape-outs
- Proficiency in designing amplifiers and precision filters; strong mixed-signal expertise (ADCs/DACs)
- Experience with modelling using SystemVerilog, MATLAB or Python/NumPy and scripting for automation
- Ability to bridge theory, simulation and hardware in CMOS development flow
- problem solving in complex environments
- strong collaboration and communication with cross-functional teams
- self-motivated and able to manage multiple priorities
- Analog IC design
- Mixed-signal design (ADCs/DACs)
- SystemVerilog modelling
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