The Photonic Integrated Circuit Product Engineer will integrate advanced photonic circuits for a quantum computer, collaborate with various teams to ensure performance, and drive specifications for product improvements.

The Photonic Circuits Designer will collaborate with technical teams to design photonic integrated circuits, develop software tools, and perform circuit analysis.

The role focuses on enhancing testing capabilities for quantum systems through new tooling, process improvements, and collaboration with engineers on testing methodologies.

The Test Automation Engineer will develop and implement software, methods, and test infrastructure for electro-optical subsystems, lead high-speed test station projects, and automate data collection and analysis.

The Senior Payroll Analyst manages payroll processing and compliance, ensuring timely and accurate payroll for a multi-state workforce, while collaborating with HR and Finance.

The role involves architecting and deploying large-scale classical computing infrastructure to support quantum computing development, requiring collaboration, management of outsourcing partners, and technical decision-making.

The Senior Active Photonics Engineer will design, model, and test active photonic components for quantum computers, collaborating with cross-functional teams and mentoring junior staff.

As a Data Software Engineer, you'll enhance data systems, develop integration solutions, and support data processing for strategic decisions across teams.

Quantum Architects develop architectures for fault tolerant photonic quantum computers, focusing on simulation and performance evaluation of entangled qubit states and error correction methods.

The Principal Electro-Optics Systems Engineer leads the design and execution of fiber optic systems, collaborating with cross-functional teams, working with vendors, and ensuring systems meet strict optical specifications.

The Mechanical Design Drafter will develop CAD models, drawings, and documentation for cryogenic systems, ensuring accuracy and manufacturability while participating in system commissioning.

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

The Senior Director will oversee product development with internal and external partners, managing technical tasks across various engineering domains and ensuring project success.

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, deliver, and document production-ready high-speed embedded hardware and PCB layouts for electro-optic systems. Collaborate across thermal, mechanical, firmware, and optical teams; ensure signal integrity and EMI control; create test setups, characterize circuitry with lab equipment, and develop software to drive measurements.

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 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.

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

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