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PsiQuantum’s mission is to build the first useful quantum computers—machines capable of delivering the breakthroughs the field has long promised. Since our founding in 2016, our singular focus has been to build and…
Designs and drafts mechanical components for cryogenic systems using CAD tools, ensuring manufacturability and compliance with engineering standards.
Designs and validates precision mechanical and thermal systems for photonic quantum computing hardware, working with silicon photonics and controlled environments.
Designs photonic integrated circuits for fault-tolerant quantum computers using silicon photonics, collaborating with hardware and software teams to develop simulation tools and test plans.
Designs and automates photonic netlist generation and verification flows for a silicon photonics-based quantum computer, integrating layout, EM modeling, and circuit simulation tools.
Designs and optimizes high-performance silicon photonic circuits for a fault-tolerant quantum computer, using electromagnetic simulation and Python for modeling and data analysis.
Designs and oversees the electrical power infrastructure for quantum computing facilities, ensuring ultra-clean power delivery, EMI mitigation, and system reliability for million-qubit machines.
Leads the integration of quantum computing hardware systems, translating architecture into scalable photonics/electronics designs and coordinating cross-functional teams to build, test, and deploy fault-tolerant quantum computers.
Designs and builds high-speed electronics and RF systems to control and read out quantum photonic hardware, integrating with optical and cryogenic systems.
Designs analog and mixed-signal integrated circuits for quantum computing systems, focusing on data converters, amplifiers, and references using CMOS/SiGe processes and tools like Spectre and Cadence Virtuoso.
Designs and implements low-latency digital systems for a silicon photonics-based quantum computer, using FPGAs, SystemVerilog, and Python.
Senior Foundry Test Engineer at PsiQuantum designs and executes optical/electrical wafer-level tests for quantum computing chips, analyzing data to improve throughput and cross-facility consistency using Python/SQL.
Designs and scales APIs and integration platforms to connect photonic IC design toolchains, EDA tools, and in-house solvers for a silicon photonic quantum computer startup.
Senior Optical Process Engineer develops and optimizes assembly processes for quantum computer subsystems using silicon photonics and semiconductor packaging techniques in a fast-paced R&D environment.
Develops and optimizes Python-based automation software for high-throughput testing of photonic integrated circuits and switches in a silicon photonics-focused quantum computing company.
Designs and runs tests to validate the performance of prototype quantum computer systems, focusing on integrated photonics, optics, electronics, and cryogenics subsystems.
Builds and maintains cloud-native infrastructure (AWS, Terraform, CI/CD) to support quantum algorithm development tools and simulations for researchers.
Senior engineer validating and testing electro-optical subsystems for quantum computing hardware using optics, electronics, and Python scripting.
Designs and delivers electro-optic systems for quantum computers, focusing on fiber networks, photonic integrated circuits, and thermal requirements using Python and lab equipment.
Leads the design and automation of test stations for photonic quantum computer components, using Python and optical hardware like lasers and spectrum analyzers.
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