Software Engineer Jobs in Sunnyvale, CA

Lead design, build, and maintain scalable data pipelines and infrastructure. Collaborate with analysts and data scientists, ensure data quality, optimize performance, troubleshoot issues, document architecture, and mentor junior engineers.

Design and implement mapping systems for robotics, analyze algorithm performance, and collaborate with teams to deliver localization solutions.

As a Software Reliability Engineer, you'll design and operate systems for Nuro's autonomous vehicle platform, improve reliability through automation and feedback, and lead investigations for operational improvements.

The Senior Software Engineer will develop Flutter mobile applications, integrate GraphQL APIs, mentor junior engineers, and contribute to architectural decisions for the Afero Hubspace smart home product.

Design, implement, and optimize scalable backend systems and APIs that power customer onboarding, licensing, entitlements, and offboarding. Ensure performance, reliability, and security; collaborate across product and design; perform code reviews, testing, and documentation; and mentor or lead junior engineers.

As a Privacy Engineer, you will design GDPR-compliant systems, develop data anonymization techniques, and collaborate on privacy-related engineering specifications and assessments.

Design and build instrumentation, diagnostics, and onboard architectures to prevent, detect, and debug compute reliability issues across heterogeneous platforms. Lead cross-functional initiatives addressing compiler, optimization, and model-induced faults. Create scalable tools for triage and mitigation of hardware and software failures (deadlocks, memory corruption, races, leaks, latency).

The Senior Software Engineer will lead software development for safety critical systems, collaborating with cross-functional teams to design, test, and validate software for an experimental airship, from concept to flight.

Lead the development of Linux system management tools with expertise in Golang and Debian, focusing on system observability and architecture design.

The Senior Software Engineer will enhance mapping infrastructure, develop large-scale map systems, optimize performance, and collaborate with cross-functional teams.

Lead and grow a software engineering team focused on RISC-V software ecosystem, collaborating with teams to establish RISC-V as the standard.

Lead the design and development of Neurelo's architectural vision with a focus on Rust, building scalable, reliable systems and collaborating effectively across teams.

Design, develop, test and maintain data-forwarding and offload features for Ethernet switches and SmartNICs. Implement routing, ACLs, QoS, NAT, VxLAN-EVPN and other network functions, collaborate with architects, QA and support, and lead multi-functional teams on large feature development and delivery.

Lead development and adoption of Warp by implementing CUDA C++ and Python integrations, turning CUDA features into supported functionality, integrating CUDA-X libraries, partnering with internal teams for production integration, and designing APIs and abstractions to expand simulation, optimization, and AI workloads.

Develop and maintain high-performance C++ embedded Linux software for sensor integration, data capture, and edge ML inference across a fleet. Build fault-tolerant, observable real-time systems, implement diagnostics and monitoring, debug performance and system issues, and collaborate with cross-functional teams to enable autonomy and data-driven model development.

The Senior Software Performance Engineer will optimize NVIDIA's autonomous driving solutions, enhance software architecture efficiency, and develop performance-driven product code in C++, collaborating with multiple teams.

Design, implement, and deploy large-scale mapping and localization systems (offline management and online loading) in C++ and Python. Provide efficient runtime map query interfaces for perception, prediction, and planning. Improve mapping/localization CI, watchdogs, and event mining. Collaborate cross-functionally and with operations on data collection, preprocessing, labeling, testing, and analysis.

Work directly with clients to scope, prototype, and deploy AI-powered workflows. Build scalable systems using LLMs, embedding and retrieval systems, and backend infrastructure. Translate messy data and operational constraints into production-ready solutions, iterate with stakeholders, and maintain deployed systems (including on-call support).

Lead a small team to architect and implement embedded software/firmware (C/C++, Verilog, Python) for electrosurgical robotic devices. Develop real-time data acquisition, control systems, manufacturing/test support, and perform hardware bring-up while collaborating in multidisciplinary teams.

Design, develop, and optimize GPU- and CPU-accelerated image and data-processing libraries. Perform performance tuning, benchmarking, and optimization across architectures; collaborate with product management and partners; provide technical leadership and guidance to library engineers; and improve library performance and maintainability.

Lead design and implementation of distributed software coordinating state, timing, and behavior across manufacturing hardware. Drive architecture decisions, evolve APIs, instrument systems for observability and ML consumption, improve testing/CI/CD, debug across software/firmware/hardware, and collaborate with cross-disciplinary engineers to deliver reliable, real-time manufacturing platform software.

Develop, debug, and validate low-level firmware and sensor drivers for embedded robotics platforms. Bring up IMU, camera, LiDAR, and environmental sensors, implement communication protocols (I2C/SPI/UART/CAN), collaborate on board bring-up, build validation tools/tests, troubleshoot hardware-software integration, and contribute to firmware architecture and documentation.

Design, implement, test, and maintain production embedded C++ firmware and device drivers for robots. Own full software lifecycle, ensure time-critical reliability and safety, lead technical investigations, mentor engineers, and collaborate with hardware, systems, controls, safety, and test teams.

Architect and implement platform layer (bootloader through system software) for large embedded systems. Build SW lifecycle management (packaging, upgrades, HA), bare-metal provisioning, secure boot and SELinux policies, telemetry/observability, hardware validation/stress testing, and cloud orchestration integration (k8s/Helm/Ansible).

Lead architecture and core runtime foundations for a distributed scanner platform, driving reliability, observability, performance, and engineering rigor while collaborating with hardware and ML teams and mentoring engineers.