Software Engineer Jobs in Sunnyvale, CA

Develop and iterate on a next-generation medical robotics platform: learn and extend existing C++ codebase, design experiments, build production-quality, modular software, collaborate with controls/mechanical teams, and maintain medical device design control documentation.

Lead architecture and implementation across the full stack, rework user and license management, and develop core runtime components for a code-first PCB design product. Drive technical direction, identify and fix technical debt, mentor engineers, perform code reviews, and build production-ready, high-performance systems involving computational geometry and advanced visualization.

Design, build, and maintain observability platforms and tooling (metrics, logs, traces) for large-scale distributed systems. Collaborate with engineering and SRE teams to define SLOs/KPIs, evaluate observability tools, troubleshoot incidents, drive standardization, and mentor engineers while improving monitoring, alerting, and telemetry practices.

Design, develop, and optimize system software and firmware for SoC-based O-RAN infrastructure. Implement power-management policies (DVFS, clock/power gating, thermal control), analyze RU/DU workloads, build performance and power models, create measurement and test tooling, validate on simulation/emulation and silicon, and influence SoC and platform architectures for 5G/6G deployments.

Lead architecture and execution of platform infrastructure for GPU firmware: set technical direction, design cross-team infrastructure, own reliability (SLIs/SLOs, observability, MTTR), automate pipelines and incident response, build AI-powered workflows, mentor engineers, and drive CI/CD, build, test, and release systems at scale.

Design and build scalable AI-first experimentation and growth systems: telemetry, experiment assignment, feature flighting, rollout automation, and risk controls. Lead cross-team initiatives, partner with Product/Data Science/Design, write production code, review implementations, and raise engineering and experimentation quality across products.

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.

As a Staff Engineer, you'll lead the orchestration platform strategy, mentor engineers, and ensure reliable workloads across GPU clusters, directly impacting AI innovation.

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.

Lead architecture, design, integration, and optimization of multithreaded embedded C/C++ software for Linux, RTOS, and bare-metal platforms supporting satellite communications. Define scalability, fault-tolerance, recovery, performance, and testing strategies; troubleshoot hardware and software; guide cross-functional technical decisions; and mentor senior engineers while delivering high-quality software for space and ground systems.

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 operate large-scale, low-latency Azure cloud services for hardware health monitoring, anomaly prediction, telemetry, reliability, and performance. Evaluate and implement AI technologies, including LLMs, embeddings, RAG, and custom machine learning models, to improve firmware and hardware. Lead root-cause analysis, service restoration, testing automation, security and compliance, production deployment, and analytics reporting.

The Senior Software Engineer will design and develop Windows desktop applications, enforce best practices, drive accessibility efforts, collaborate on UI/UX, and maintain software quality. The role includes ownership of feature lifecycles and problem-solving technical issues.

Lead the development of native Windows desktop applications, enforce best practices, and drive accessibility efforts while collaborating with cross-functional teams.

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.

Design, deploy, and maintain scalable financial software services handling high-volume metering events and distributed data pipelines. Develop rating engines, integrate tax platforms, and generate compliant localized PDF invoices. Collaborate with cross-functional teams to translate business needs into reliable software solutions and manage delivery priorities. The role requires expertise in distributed systems, streaming technologies, cloud-native operations, and preferably Golang and Java within billing, payments, or FinTech environments.

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.

Build and ship scalable, performant AI-powered Copilot web experiences for millions of users. Design reusable frontend systems, deploy frontend infrastructure, and collaborate with AI researchers, product managers, and designers. The role emphasizes user-centric product development, safety, reliability, rapid iteration, and high-quality execution in a collaborative environment.