Teams at Riverlane

Develop and integrate embedded software for Riverlane’s quantum error-correction hardware and customer quantum computer systems. Responsibilities include technical workshops, system deployment, software and data-system evaluation, experiment design, benchmarking, scripting, troubleshooting, QA collaboration, documentation, and customer advocacy. The role also provides product feedback, creates system dashboards, and mentors junior engineers while serving as a technical interface for customers.

Investigate classical computing architectures for scalable quantum error correction. Develop algorithms, simulations, and architectural models; evaluate compute, memory, communication, latency, and power trade-offs; and explore implementations across software, FPGA, ASIC, and other platforms. Collaborate with quantum researchers and engineers, analyze results, communicate findings, and produce reproducible research code and documentation.

Research and develop classical computing architectures, algorithms, simulations, and hardware-software approaches for scalable quantum error correction. Investigate compute, communication, memory, latency, and power trade-offs across software, FPGA, and ASIC systems. Collaborate with quantum researchers and engineers, analyze results, produce reproducible research code, and communicate findings through technical discussions, presentations, and reports.