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As a Principal Analog ASIC Design Engineer, you will lead the design and lifecycle of custom ASICs for photonic quantum computing, ensuring successful silicon validation and integrating advanced analog circuits with high-speed and high-voltage requirements.

The Lead Data Engineer will design and enhance data pipelines and infrastructure for data-driven decisions, mentor engineers, and establish data governance.

As a Staff Data Scientist, lead the development of a decision intelligence product integrating multifaceted R&D data to generate actionable insights using advanced AI and ML techniques.

As a System Dynamics Simulation Engineer, you will develop simulations linking hardware to software control, optimizing numerical models, and improving calibration for photonic systems.

As a Metrology Engineer, you will develop and optimize metrology protocols for photonic quantum computing hardware, ensuring high-resolution measurement and data analysis in a lab environment.

In this role, you will develop process integration schemes and manage photolithography and tapeout cycles for quantum computing hardware at Xanadu.

As a Photonics Data Analysis Engineer, you will develop software for analyzing and measuring photonic devices, requiring advanced mathematical skills and strong programming expertise, particularly in Python and data visualization.

Design, develop, and optimize high-power pulsed optical amplifiers for quantum computing, collaborating with physicists and engineers.

Develop and maintain PennyLane, a quantum programming framework. Responsibilities include designing infrastructure, implementing software features, and collaborating with various teams for advanced execution pipelines.

As an FPGA Design Engineer, you'll develop and validate FPGA designs for controlling quantum computer modules, minimizing latency and maximizing data throughput with CPU/GPU interfaces. Responsibilities include integrating designs, debugging, and implementing new features to enhance functionality.