Jobs at Riverlane

Research quantum algorithms and their performance in fault-tolerant settings, optimise compilation for QEC primitives, develop resource and cost models, run code-driven experiments, publish and present academic work, and collaborate across cross-disciplinary QEC and hardware teams.

Lead and conduct high-impact quantum error correction research, manage and mentor a small research team, drive multi-person projects end-to-end, translate research into product outcomes, collaborate with hardware partners, write and review code, and communicate results via publications and presentations.

Lead technical development of DF-AMO, converting decoding research into a scalable, production-ready QEC software stack. Drive architecture, performance (latency/throughput) trade-offs, collaborate with engineering, research, product and customers, and mentor/manage a growing team of 5+ engineers to deliver from concept through deployment and adoption.

Join Riverlane's Frontier team to research and implement quantum error correction (QEC) solutions, develop decoder and compiler software, test ideas in code, collaborate with internal and external partners, and publish/present results.

Design and build compilers, emulators, profilers and debuggers for error-corrected quantum systems. Implement QEC codes and runtimes, write maintainable code, collaborate with scientists and engineers, and deliver components of an LLVM MLIR-based compiler and runtime.

Lead design and implementation of a LLVM/MLIR-based compiler toolchain for error-corrected quantum computing. Build compilers, emulators, profilers, and debuggers; implement optimizations and IR transformations; own substantial parts of the software stack; mentor engineers; collaborate with hardware and science teams to integrate error-correcting codes and runtimes.

Lead development of Deltakit, turning QEC research into robust open-source software. Drive design, delivery, performance and scalability, mentor engineers, collaborate across teams, engage the research community, and run workshops to support adoption and shape technical direction.

Support partners designing, running and interpreting quantum computing experiments and contribute to internal quantum error correction research. Translate experimental goals into implementations, analyse results, troubleshoot with research and product teams, deploy QEC-related solutions, and present findings at customer meetings and conferences.

Lead hands-on research in quantum error correction, manage and mentor a small research team, own multi-person projects, translate research into products, collaborate with partners, write and review code, and communicate results via publications and presentations.

Lead and conduct original research in quantum error correction, act as Principal Investigator on externally funded programs, define technical direction, publish and present results, interface with national labs and government partners, mentor researchers, contribute to funding proposals, and build small research teams as funding allows.

Lead the strategy and roadmap for Deltakit, an open-source QEC SDK. Engage users and partners, prioritise features, align cross-functional teams, support launches, drive developer adoption and community growth, and ensure strong documentation and onboarding.

Lead and set the direction for Riverlane's open-source SDK (Deltakit), driving teams that build simulators, analysis tools, visualizers and core components. Prioritise community-facing components, collaborate with product and internal developers, engage the global developer community, and amplify internal engineering efforts to produce widely accessible software.

Own end-to-end functional verification for block- and system-level designs. Define verification plans and strategies, build scalable SystemVerilog testbenches (UVM/OVM) with checkers, reference models, and SVA. Implement directed, random and self-testing, track regressions, coverage metrics and bugs, and debug across RTL, simulation and hardware. Collaborate with designers and architects to ensure high quality and reliability.

Lead FPGA integration for Riverlane's Deltaflow hardware: write RTL, implement and verify FPGA designs, benchmark latency, support on-site system deployments, debug with customers, and feed product improvements back to engineering and product teams.

Work with partners to design, run and analyze quantum computing experiments, deploy QEC solutions using Riverlane's tools, investigate results, and contribute to internal QEC research. Collaborate with customers and internal teams and present findings at meetings and conferences.

Lead integration and deployment of low-latency, high-throughput compiler software for Riverlane's DeltaFlow hardware. Work with customers on technical pre-sales, on-site system integration, benchmarking, debugging, and feedback to product teams. Write Python/C++ (or Rust), adapt low-level code to quantum control systems, and collaborate with QA and application teams to validate and improve systems.

Develop and maintain Deltakit, an open-source platform for quantum error correction. Implement software tools and parts of the QEC compiler, collaborate with scientists and engineers, engage with the user community, write maintainable code, and support adoption and feedback-driven improvements.

Design and implement embedded software components for a quantum error correction stack, integrate with partner hardware, develop test infrastructure for correctness and performance, and collaborate with product and quantum science teams to deliver deployable, high-performance embedded systems.

Lead integration of Riverlane�s Deltaflow hardware and software with customer quantum computers. Perform system deployment, benchmarking, troubleshooting, technical workshops, and collaborate with QA and product teams to enable low-latency, high-throughput quantum experiments and implement quantum error correction solutions.

Build and integrate embedded software components for a quantum error correction stack, deploy and integrate the product with customer systems, develop test infrastructure to verify correctness and performance, and collaborate with product, engineering and quantum science teams to meet system requirements and constraints.