Software Engineer Jobs in Santa Clara, CA

Own and develop a multi-environment compute platform for workload scheduling, resource allocation, and node lifecycle. Solve distributed systems challenges (GPU scheduling, autoscaling, resource efficiency), ensure production reliability and scalability for simulations, collaborate across teams, and drive architecture to expand orchestration company-wide.

Design, build, and maintain end-to-end mobile trading systems for iOS and Android. Ship production-quality code, perform code reviews, break down projects, and align cross-functional teams. Apply AI coding tools, support onboarding, and serve as a mobile subject-matter expert within a fast-paced crypto/Web3 environment.

Design, develop, and maintain secure, scalable full-stack web applications across backend, APIs, and frontend. Collaborate with product and design, perform code reviews, mentor engineers, troubleshoot complex issues, and drive continuous improvement and AI-enabled solutions throughout the SDLC.

Design, develop, and maintain high-performance distributed storage software and protocol APIs (file, block, object). Build scalable, resilient storage services, integrate with hardware (NVMe, GPU-direct), troubleshoot production data center issues, and participate in full SDLC for on-prem storage solutions.

Lead design and implementation of high-performance distributed storage systems across object, block, and file paradigms. Drive architecture, mentor engineers, integrate storage with networking/compute/DPUs, optimize protocol performance, troubleshoot production data center issues, build benchmarking and observability tooling, and collaborate on cross-functional AI infrastructure deployments.

Build end-to-end product features for an AI-driven virtual commissioning Integration Suite using a modern stack and 3D simulation. Own the virtual commissioning experience, bridge product and runtime to improve deployment reliability, work directly with customers and cross-functional teams, and take features from idea to production.

Build and maintain media backend services for real-time audio/video/screen sharing. Implement media routing, session management, and signaling; optimize for low latency with adaptive bitrate and congestion control. Collaborate with control plane and client teams, and ensure scalability, resilience, and observability of media services.

Design, build, and maintain control plane services for user management, configuration, and orchestration. Develop scalable microservices and RESTful APIs in C++ or Go. Implement authentication, authorization, and auditing; ensure reliability, observability, and high availability. Collaborate with frontend and QA for integrated releases.

Lead QA efforts for FortiADC by designing and executing manual and automated tests, building scalable network simulation frameworks, reproducing customer issues, performing root-cause analysis, and improving QA automation and test environments for networking and load-balancing features.

Design, develop, and maintain cloud-native, high-performance security data analytics platforms. Collaborate with engineers, QA, and DevOps to ensure scalability, reliability, and performance; participate in system design and research emerging technologies.

Design and execute end-to-end tests for client, control plane, and media plane components. Develop automated functional, performance, and regression test suites. Collaborate with developers to reproduce and fix defects, maintain test environments and CI pipelines, and document test plans, cases, and results for release readiness.

Design, develop, and maintain scalable networking and security software for cloud-native deployments. Implement and debug features, optimize system performance, and collaborate with DevOps and QA to deliver high-quality products. Work on management, control, and dataplane components while ensuring cloud operation efficiency and meeting delivery schedules.

Design, develop, and execute manual and automated test plans for networking features; create test cases and automation scripts; perform root cause analysis; log and resolve issues; collaborate with developers, TAC, and international teams to support product releases.

Design, develop, test, and maintain backend web applications and microservices. Collaborate with product and design teams to implement features, ensure system stability, debug issues, document processes, and support automation testing. Work with databases, RBAC, version control, Kubernetes, Kafka, and cloud/storage technologies.

Design and build cross-platform desktop (Electron) and native mobile client apps, create responsive web interfaces, implement WebRTC-based real-time audio/video/chat, integrate with backend APIs and authentication, and participate in code reviews, testing, and performance optimization.

Lead QA for new product lines: review requirements, design and run manual and automated tests, develop test tools and scripts, identify and document defects, collaborate with developers, monitor release risks, and create team documentation and training.

Lead product roadmaps, design new features and certifications, collaborate with R&D and QA across the product lifecycle, develop pre-/post-sales tools and environments, and research new technologies to devise solutions.

Design, develop, and maintain embedded networking software for Fortinet products. Perform hardware bring-up, SDK porting, Linux driver and U-Boot development, bug fixes, and implement high-quality features on schedule while collaborating across teams.

Design, develop, and maintain large-scale build orchestration systems, build tooling, and reproducible containerized environments. Improve build speed, reliability, correctness, debuggability, and developer experience across local and CI workflows. Troubleshoot C/C++ build graphs, dependency and linking issues, flaky builds, and regressions. Partner cross-functionally on technical strategy, operational excellence, observability, and incident response while mentoring engineers and using metrics to improve infrastructure performance.

Lead architecture, development, integration, risk analysis, and verification of embedded software for robotic-assisted surgical platforms. Design real-time, distributed multiprocessor systems; integrate custom PCAs and FPGA IP; develop supervisory state machines, hardware controls, diagnostics, communication subsystems, and user interfaces. Collaborate with cross-functional teams on requirements, schedules, safety, cybersecurity, regulatory compliance, and product validation.

Lead verification of features for NVIDIA-Cumulus Linux, develop test plans, execute tests, automate testing, and collaborate on issue resolution.

Designs and maintains embedded software development, testing, manufacturing, and deployment tools. Responsibilities include board bring-up, flashing, provisioning, diagnostics, hardware-in-the-loop testing, factory automation, simulation, observability, and cross-platform toolchain integration across embedded hardware. Collaborates with firmware, hardware, systems, test, and manufacturing teams to improve productivity, reliability, test coverage, and production workflows.

Develop and integrate robotics algorithms and machine-learning systems for perception, state estimation, localization, mapping, sensor fusion, planning, control, and learned behaviors. Build and deploy autonomy software across mobile robots, robotic arms, quadrupeds, and humanoids. Integrate camera, LiDAR, and IMU data, optimize software for embedded and edge platforms, support real-robot testing and demos, and debug system-level autonomy issues.

Architect and implement a cross-platform desktop application for 3D ultrasound, integrating imaging algorithms, AI/ML models, hardware interfaces, secure cloud storage, high-speed data pipelines, and server-side services. Lead and mentor the software team, manage CI/CD and DevOps, collaborate on frontend UX, ensure performance optimization, and support verification, validation, and regulatory-compliant development.

Design and implement robust C++ software for multi-processor real-time embedded robotics systems; modularize and unify frameworks across platforms; analyze performance and safety; build/extend simulation and diagnostic tools; participate in risk analysis, requirements, verification, and cross-functional collaboration to support medical robotic products.