Jobs at PsiQuantum

The Integrated Photonics Engineer will design, test, and optimize active photonic devices while collaborating with cross-functional teams and mentoring juniors.

The Senior Optical Process Engineer leads process development for R&D and assembly builds in quantum computing, ensuring quality in systems integration and deployment.

Develop fault-tolerant protocols and architectures for fusion-based photonic quantum computing. Model and simulate error origins and propagation, benchmark protocols using internal simulation tools, and collaborate across teams to co-develop and communicate architecture results.

Design and evaluate photonic quantum computing architectures from entanglement generation through encoded logic and error correction. Specify routing and logic details, develop Python analysis tools, run simulations of design variants, and coordinate requirements with system and hardware teams.

Design, execute, and analyze experiments to validate and calibrate quantum photonic subsystems to fault-tolerant levels. Develop measurement, calibration, self-test, and control methods; define performance metrics; debug systems; and communicate results to guide hardware and software teams.

The Photonic Design Automation Engineer will develop and scale the layout-to-netlist flow for silicon photonics, ensuring accurate model extraction and automation for reliable IC tape-outs. Responsibilities include netlist generation, automation pipelines, and collaboration across teams.

The Principal Power Systems Architect will design and manage large-scale power systems for quantum computing, ensuring power integrity and compliance with stringent requirements.

The Principal System Integration Lead will translate quantum system requirements into scalable hardware architecture, driving integration from concept through deployment while managing cross-functional teams and ensuring alignment between hardware and system design.

Design and implement algorithms and software for scalable databases in quantum computing systems. Collaborate on various technical teams and ensure performance and reliability of software.

Design, support, and maintain CAD tools and databases for VLSI design, develop automation scripts, and troubleshoot issues in a quantum computing environment.

The VP of U.S. Public Sector will drive revenue generation, policy management, and strategic partnerships with government entities, leading the development of PsiQuantum's public policy strategy and advocacy efforts in quantum computing.

The role involves maintaining semiconductor process equipment, troubleshooting, and improving hardware performance while supporting WaferFab and Metrology tools. Clear communication and documentation skills are essential.

The Senior Supply Chain Manager will drive supplier performance for mechanical and cryogenic components, managing supplier relationships and scaling the global supply base for production of quantum computers.

The role involves designing digital logic systems for a quantum computer, implementing low-latency algorithms, and collaborating with various teams to meet performance constraints.

The Senior Engineer, System Calibration will develop and lead calibration strategies for electro-optic subsystems across hardware, firmware, and software to ensure performance and reliability in quantum computing systems.

The Process Engineer will assist in semiconductor packaging processes, troubleshoot assembly equipment, and collaborate with teams to improve product quality and operational efficiency.

The Senior Foundry Test Engineer will enhance optical and electrical testing capabilities, collaborate with vendors and analyze test data for improvements.

The Manager of Process Engineering will oversee process development in quantum computing systems, ensuring efficient implementation of manufacturing techniques while collaborating on software and algorithm development for compatibility and operational effectiveness.

The Principal Characterization-Failure Analysis Engineer will lead thermomechanical characterization and failure analysis on silicon dies, utilizing engineering expertise in mechanical, thermal, and packaging disciplines.

Lead the hardware architecture for laser amplification and distribution systems for quantum calibration, focusing on scalability, performance, and cost-efficiency.