Software Engineer Jobs in Sunnyvale, CA

Design, build, and scale resilient distributed payment systems handling 1,000+ transactions per second. Collaborate with Product, Revenue Operations, Cloud Platform, and Security teams to shape product requirements and roadmaps. Lead AI-augmented software delivery, code reviews, testing, observability, performance optimization, incident response, on-call rotations, and root cause analysis while maintaining strict security, reliability, and low-latency standards.

As a Senior Software Engineer in Cluster Orchestration, you'll lead multiple services, drive improvements in performance and reliability, and mentor junior engineers.

The Senior Software Engineer will enhance Kubernetes-native benchmarking services while improving performance and reliability, mentoring junior engineers throughout the process.

The Senior Software Engineer II, AI/ML leads designs, enhances architecture, optimizes multilayer systems, mentors engineers, and ensures service reliability at CoreWeave.

Develop high-fidelity, high-performance simulation scenarios and a gym environment for RL training to validate autonomous driving software. Collaborate across large engineering teams to improve developer experience, drive continuous delivery, and integrate simulation with the autonomy stack.

Design and develop multithreaded embedded software in C/C++ for Linux, RTOS, and bare-metal platforms supporting satellite RF, antenna, and optical systems. Build drivers and control/data-plane functions, integrate software with hardware, debug using telemetry and hardware tools, and promote CI/CD, automated testing, and TDD practices. Provide architectural direction, participate in reviews and documentation, collaborate cross-functionally, and mentor junior engineers.

Build and operate NVIDIA’s attestation and trust services for confidential computing and GPU platforms. Develop cloud services, verifiers, SDKs, CLI integrations, APIs, and customer-hosted capabilities. Own features from design through deployment, testing, observability, incident response, and maintenance. Improve reliability and security, create conformance tooling, investigate production issues, participate in reviews and on-call rotations, and mentor newer engineers.

Develop and maintain software for real-time 3D visualization, science simulations, virtual human anatomy, medical simulations, and AI applications. Responsibilities include implementing software solutions from design specifications, studying algorithms and user experiences, troubleshooting and debugging existing applications, and collaborating with cross-functional teams. The role is intended for a junior developer with C++, 3D graphics, machine learning, and LLM experience.

Design and develop reliable, high-performance sensor and compute systems for autonomous vehicles. Build device drivers, communication protocols, runtime APIs, testing and monitoring tools, and onboard software across system layers. Debug complex real-time systems, identify root causes, collaborate with vendors and stakeholders, lead sensor and compute projects, and mentor software engineers.

Design and implement real-time video streaming pipelines for Nuro’s teleoperations platform. Develop offline streaming simulation and emulation tools, test systems in real-world environments, collect network metrics, and improve streaming algorithms. The role requires expertise in networking, bandwidth estimation, rate control, and real-time communications, with collaboration across engineering teams to deliver reliable vehicle-to-operator connectivity.

Design and develop reliable, high-performance sensor and compute software for autonomous vehicles, including device drivers, protocols, runtime APIs, testing, monitoring, debugging, and hardware integration. Lead cross-functional sensor and compute projects, collaborate with suppliers and stakeholders, optimize real-time Linux systems, and mentor software engineers.

Own and evolve shared APIs and SDKs powering Unity’s generative AI asset creation platform. Build secure, reliable, observable backend services; develop partner integrations; establish AI-assisted development practices; improve CI, releases, and incident management; and provide technical leadership on architecture, scalability, API lifecycle, and cross-functional roadmap decisions.

Develop and ship behavior and trajectory planning software for L4 autonomous vehicles in dense urban environments. Build optimization, search, and sampling-based planning systems incorporating vehicle constraints, safety, comfort, and road rules. Integrate planning with perception, prediction, mapping, localization, and controls. Create fallback behaviors, simulation benchmarks, evaluation pipelines, debugging tools, and regression automation. Support vehicle integration, on-road issue resolution, safety validation, architecture, and cross-functional collaboration.

Design, develop, and integrate real-time AI/ML sensor algorithms and sensor-control software for heterogeneous autonomous vehicles. Deploy containerized solutions to embedded Linux, perform computer-in-the-loop testing and profiling, support DoD field demonstrations, collaborate across sensor/tracking/autonomy teams, and drive simulation and post-test analysis to improve integrations.

Develop and integrate onboard navigation, sensor fusion, and pose estimation algorithms for autonomous trucking. Optimize IMU, camera, and lidar-based odometry and evaluate sensor performance, calibrations, and navigation metrics. Collaborate across teams, produce clear design documentation, and deliver high-reliability deployed software.

Design and implement CUDA/C++ libraries to accelerate Apache Spark DataFrame and I/O operations, collaborate on distributed multi-node GPU solutions, contribute to open-source projects (RAPIDS, CCCL, UCX), and drive testing, CI, and cross-platform optimization for enterprise deployments.

Lead the architecture and implementation of mixed-criticality embedded virtualization for surgical robotic systems. Define partitioning, hypervisor configuration, deterministic inter-VM communication, device virtualization, observability, and safety verification. Evaluate Xen and QNX, analyze freedom from interference, lead failure-mode assessments, implement mitigations, and influence technical direction. Mentor engineers and lead cross-functional initiatives from prototype through completion in a regulated environment.

Develop and integrate embedded chassis-control software for autonomous vehicles and ECU hardware. Responsibilities include functional-safety development, model-based toolchain design, release planning, testing, vehicle bring-up, calibration, data analysis, debugging, and hardware/software integration. The engineer will validate AV components through on-vehicle, simulation, SiL, and HiL testing while collaborating with requirements, software, hardware, and systems engineers to support safe, reliable Level 4 autonomous vehicle operation.

Build and operate Aurora’s cloud infrastructure and developer platform. Responsibilities include managing Kubernetes upgrades, developing developer-facing tooling, operating Kubernetes services, improving development velocity, and collaborating across teams to gather requirements and advance platform projects.

Deploys and validates complete AI infrastructure software stacks on multi-node GPU systems, then converts implementations into technical documentation, automation, demos, training, and reference architectures. Tests prerelease software, evaluates interoperability and operational resilience, supports partners and field teams, collaborates with engineering and open-source communities, and recommends product improvements based on customer feedback. The role presents solutions through briefings, workshops, webinars, events, and internal training, with some travel required.

Build and operate production Kubernetes-based compute platform for large-scale data and ML workloads. Improve cluster reliability, GitOps delivery, multi-tenant scheduling, resource isolation, GPU workload orchestration, and reusable batch/workflow systems for petabyte-scale processing while contributing to QMS and continuous improvement.

Develop and maintain high-performance system software and middleware for autonomous vehicle platforms. Design scalable applications interacting with vehicle sensors and heterogeneous architectures, collaborate with hardware, embedded, and cloud teams, and troubleshoot stability, performance, and power issues. Ensure systems meet ISO 26262 functional safety and security requirements while optimizing CPU, GPU, memory, and real-time performance.

The Full Stack Software Engineer will design, develop, and ship full-stack features, improving the software for AI-powered robotic systems. Responsibilities include backend and frontend application development, API design, and system architecture refinement.

As a Senior Software Engineer in Test, you'll enhance lab automation, implement advanced testing solutions, and develop features for Android and Linux applications.

Build scalable, resilient backend microservices in Go; design gRPC/REST APIs; containerize with Docker; deploy and manage services on Kubernetes; implement asynchronous messaging (NATS/RabbitMQ); work with PostgreSQL; drive CI/CD, testing, code reviews, and documentation for greenfield robotics orchestration systems.