Sr Digital System Designer
Design and implement digital-hardware systems for a photonic quantum computer, including SystemVerilog, FPGA work, and Python-based models.
Remote • Palo Alto, CA, USA
- Full Time
- $145,000 – $160,000/year
- Min. 5 YOE
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Design and implement digital-hardware systems for a photonic quantum computer, including SystemVerilog, FPGA work, and Python-based models.
Own and drive end-to-end calibration strategy for electro-optic subsystems across hardware, firmware, and software to ensure uptime, scalability, and operational efficiency.
Characterization of sub-assemblies and failure analysis on opto-mechanical packaging; leads root-cause analysis and data processing with Python/MATLAB/JMP.
Leads opto-mechanical process teams to develop subassembly processes and scale RD/volume system integration for quantum computer deployments.
Submit your resume to PsiQuantum for potential engineering opportunities in quantum computing and data center development.
Drive supplier performance for mechanical and cryogenic components, scaling global cryogenics supply for production.
Lead architecture and deployment of large-scale classical computing infrastructure for quantum development, spanning compute, storage, and high-performance networking.
Commissioning engineer responsibilities include system installation, testing, calibration, and maintenance of advanced test infrastructure for cryostats, vacuum systems, lasers, and optical fiber assemblies.
Design, layout, and verify photonic ICs for a LOQC, utilizing Python-based tools and collaboration with cross-functional teams.
Strategic HRBP aligning people strategies with growth in a global, high-growth technology company.
Design, implement and maintain scalable data pipelines across EDA tools and manufacturing data for silicon development.
Supports foundry level optical and electrical testing, including end of line tests, in-line test development, and cross facility matching.
Assist with characterization and analysis of active photonic devices, circuits and systems based on barium titanate (BTO) phase shifters.
Lead efforts at intersection of quantum computing, computational chemistry, and biology to solve challenges in drug design and biomolecular modeling.
Supports data infrastructure and builds data integration solutions to enable strategic decision-making.
Quantum algorithms compilation lead, translating abstract descriptions into explicit constructions and optimizing their execution on fault-tolerant photonic hardware.
Manufacturing-focused role supporting assembly and test of components on production line, including sub-assembly, cryogenic systems, and fiber optic work.
Manages supplier selection, expediting, and negotiation to deliver engineering materials and components for PsiQuantum’s Linear Optical Quantum Computer.
Design and scale integration architecture across photonic IC toolchains for scalable, observable, secure automation.
Owns hardware designs integral to the quantum computer system, collaborating across thermal, mechanical, firmware, and optical teams to deliver production-ready high-speed embedded hardware.
Lead end-to-end payroll operations across multi-state workforce, owning ADP Workforce Now configuration and compliance.
Own AWS platform and GPU-accelerated infra; ship cloud tooling for quantum researchers and optimize CI/CD.
Digital design engineer develops FPGA-based digital microarchitecture, Verilog/SystemVerilog design, synthesis, and validation for FPGAs.
Lead cross-functional system integration translating quantum system requirements into scalable hardware architecture and deployment; drive end-to-end integration from concept to deployment.