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Lead design and construction of neutral-atom quantum hardware and control systems, generate IP, communicate results internally and externally, and lead high-impact technical projects. Collaborate with experimental physicists and engineers to translate atomic physics into scalable quantum computing platforms.

Lead architecture, design, and deployment of custom electronic assemblies for quantum control systems. Design PCBAs, collaborate on FPGA/processor selection, power/clocking, analog/RF front ends, and DAC/ADC. Perform schematic capture, PCB layout in Altium, bring-up, verification, testing, and DFM with contract manufacturers. Mentor engineers and coordinate cross-functional integration with firmware, software, and quantum teams.

Lead design, specification, and standardization of complex optical systems for neutral-atom quantum computers. Perform detailed modeling, tolerance and stray-light analysis, STOP analysis, precision alignment, hands-on assembly oversight, mentorship, vendor collaboration, technical writing, and customer support. Drive productization and generate IP.

Lead design and specification of complex opto-mechanical systems and UHV chambers. Collaborate with physicists and engineers to ensure precision stability, thermal performance, and alignment. Drive DFMA, tolerance analysis, FEA, assembly, integration, vendor management, mentorship, and technical documentation for next-generation quantum hardware.

The role involves designing high-performance control systems for quantum computing, focusing on embedded software, real-time systems, and hardware orchestration. Responsibilities include building firmware for SDRs, optimizing software for quantum hardware, and collaborating across disciplines.

The Quantum Error Correction Software Engineer will research quantum error correcting codes, design fault-tolerant quantum computations, and translate research into production-ready code.

Design and build deterministic, low-latency control systems for quantum hardware. Develop embedded firmware, device drivers, kernel modules, and orchestration for GPUs/FPGAs. Prototype in Rust, Python, C/C++, and CUDA, and collaborate with theory, hardware, and software teams to deliver production-ready, high-throughput control pipelines.

Lead design, build, alignment, and characterization of opto-mechanical subsystems for quantum computers. Define system architecture, perform tolerance and stray-light analysis, develop alignment procedures, and drive hands-on assembly and precision alignment with cross-functional teams.

Design, analyze, and build opto-mechanical subsystems for quantum computing, including laser distribution, high-NA imaging, and optical cavities. Perform tolerance and stray-light analysis, develop alignment procedures, assemble and align optics in the lab, characterize subsystem performance, and collaborate with mechanical engineers and physicists.