Full-stack Engineer

• Build and own end-to-end full-stack features — from polished React-based checkout and billing UIs to the backend services that process, validate, and settle marketplace transactions at scale.
• Design and implement robust backend APIs and services in Java or Python that handle the lifecycle of commercial transactions: entitlements, metering, invoicing, and payment orchestration.
• Develop reusable, accessible React component libraries and frontend systems that give buyers and sellers clear visibility into usage, spend, and revenue — working closely with design to deliver intuitive experiences.
• Contribute to the reliability, correctness, and observability of high-stakes transactional pipelines — including fraud prevention, idempotency guarantees, and audit logging.
• Collaborate with product, operations, and Billing teams to model and evolve the data schemas and APIs that underpin Snowflake’s Marketplace.
• Participate actively in code reviews, architecture discussions, and sprint planning; raise the bar for engineering quality across the Monetization team.
• Identify gaps in test coverage, monitoring, and operational tooling for transactional workflows and drive improvements proactively.

Senior Fullstack Engineer – Marketplace Monetization

• Begin each bullet with an action-oriented verb: (generate, identify, perform, cultivate, etc.)
• Begin each bullet with an action-oriented verb: (generate, identify, perform, cultivate, etc.)
• Begin each bullet with an action-oriented verb: (generate, identify, perform, cultivate, etc.)
• Begin each bullet with an action-oriented verb: (generate, identify, perform, cultivate, etc.)
• Begin each bullet with an action-oriented verb: (generate, identify, perform, cultivate, etc.)

Software Engineer, L2

• Design, develop, test, and maintain Java application features and services for the LAWGS, PCIT, and VEHCS systems across both O&M and DME work streams
• Develop and maintain document and report generation using JasperReports and iText to produce phytosanitary certificates, veterinary export health certificates, Lacey Act declarations, and program reports in PDF and related formats
• Build, configure, deploy, and maintain application components hosted in Microsoft Azure, and support cloud performance, scalability, and reliability
• Develop and maintain RESTful APIs and integrations, including with USDA eAuthentication and other program services
• Analyze, reproduce, and resolve production defects and service requests reported through the help desk, providing timely fixes and root-cause analysis
• Implement DME enhancements and modernization efforts, translating requirements and user stories into working, tested software.
• Write and maintain unit and integration tests, participate in peer code reviews, and follow secure coding and quality standards
• Contribute to and maintain CI/CD pipelines to support consistent, automated builds, testing, and deployments
• Support release, regression, and user acceptance testing activities and assist with deployment coordination
• Create and maintain technical documentation, including design notes, deployment guides, and knowledge base content
• Participate in Agile/SAFe ceremonies and collaborate with product owners, testers, and O&M staff to improve delivery and system quality.

Software Developer, Mid-Level

• Lead integration and validation of connectivity across telecom, automotive ECUs, IoT devices, and backend/cloud systems
• Validate technologies including 5G (SA/NSA), LTE, Wi-Fi, eSIM, IMS, and NTN
• Ensure seamless system-of-systems communication (device ↔ modem/ecu ↔ vehicle ↔ cloud)
• Design and execute comprehensive test plans covering functional, protocol, regression, and black-box testing
• Conduct stability, MTBF, and performance testing
• Execute drive tests to validate real-world scenarios (handover, weak/no signal, roaming)
• Develop automation scripts using Python and Robot Framework
• Perform ECU diagnostics and flashing using tools like ODIS; validate CAN/UDS communication
• Collaborate with cross-functional teams and document test results, procedures, and best practices

Senior Connectivity Engineer

• Lead resolution for critical and strategic issues, including CAP, Critical Incident Center (CIC) engagements, Sev0 incidents, and other high-visibility customer situations
• Lead Pro-active Assurance initiatives that transition CEAD from reactive issue response to earlier risk detection, customer stabilization, and closed-loop product improvement
• Stay aware of active customer and partner concerns, platform trends, top issues, customer-impacting product behaviors, and recurring support themes
• Represent Support and customer/partner feedback in product decisions, serviceability improvements, issue triage, and defect resolution
• Identify systemic or large-impacting issues, coordinate the right collaborators, and raise clarity with leadership when customer or Support impact is significant
• Lead sophisticated lab recreates, technical analysis, data gathering, and storytelling for blocking issues, pro-active engagements, and product-quality discussions
• Lead serviceability improvements for existing and upcoming Meraki Platform capabilities, including documentation, diagnostics, telemetry, workflows, and support tools
• Build, review, and improve support documentation, training material, and timely Support communiques
• Seek opportunities for innovation and automation to reduce manual effort, improve resolution speed, increase support quality, and enhance customer outcomes
• Mentor senior engineers, aspiring technical leaders, and peers through coaching, delegation, technical guidance, and career-development support

Customer Escalations Engineering Lead

• Responsible for implementing the Hardware Design-for-Test (DFT) features that support ATE, in-system test, debug and diagnostics needs of the designs.
• Responsible for development of innovative DFT IP in collaboration with the multi-functional teams.
• Work closely with the design/design-verification and PD teams to enable the integration and validation of the Test logic in all phases of the implementation and post silicon validation flows.
• Participate in the creation of Innovative Hardware DFT & physical design aspects for new silicon device models, bare die & stacked die.
• Driving re-usable test and debug strategies.

ASIC Technical Leader – DFT

• responsible for the development and qualification of advanced packaging solutions for Cisco’s next generation optical transceiver products
• serve as the primary technical interface for the Client Optics Group with top-tier Outsourced Semiconductor Assembly & Test (OSAT)
• lead the design and layout of test vehicles to validate packaging processes
• conduct rigorous design reviews for complex substrates, ensuring alignment with signal/power integrity requirements and manufacturing capabilities
• cross-functional technical leadership to proactively identify and mitigate risks, resolve highly complex assembly issues, and establish best-in-class quality and reliability standards across the supply chain
• work collaboratively with other internal teams to influence package architecture and provide expert guidance on DfM, DfR
• engage deeply in substrate design, materials selection, and reviews
• present technical findings and recommendations to cross-functional teams and stakeholders
• stay informed on emerging packaging technologies and industry trends

Silicon Photonics Packaging Technical Leader

• Serve as a key engineering partner to the Global Facilities Team
• Act as the primary liaison between Operations, Project Management, and Construction teams
• Help translate business and operational needs into effective engineering solutions
• Lead and coordinate the work of Facilities teams, experienced technical professionals, and specialized vendors
• Provide technical oversight and direction throughout the lifecycle of projects and operational initiatives
• Focus on supporting Mechanical and Plumbing systems across global facilities
• Drive projects and initiatives that strengthen facility infrastructure, improve operational reliability, and enhance energy performance
• Ensure that systems are efficient, compliant, and aligned with organizational goals

Principal Facilities Engineer

• Provide technical leadership for complex, high-impact initiatives, ensuring solutions are scalable, secure, maintainable, and aligned with product and business objectives.
• Lead system and component-level architecture design in partnership with engineers and architects.
• Own end-to-end technical execution for key projects, from design through delivery, proactively managing risks and dependencies.
• Translate high-level designs into well-scoped tasks, estimates, and implementation plans.
• Design, implement, and evolve cloud-native architectures using modern patterns (microservices, event-driven systems, API-first design), technologies and tools.
• Set and enforce high engineering standards through code reviews, CI/CD, testing, TDD, observability, and DevOps practices.
• Build, prioritize, and manage technical debt and drive performance, scalability, and reliability improvements using data-driven insights.
• Mentor and coach engineers, fostering strong engineering judgment, collaboration, ownership, continuous learning and skill development.
• Partner closely with Product Managers, UX, QA, Security, and Infrastructure teams to deliver solutions that meet functional and non-functional requirements.
• Clearly communicate technical trade-offs, risks, and recommendations to both technical and non-technical stakeholders.
• Support alignment between product priorities and technical execution, ensuring predictable, high-quality delivery.
• Remain deeply hands-on, contributing with high-quality, production-ready code for critical components and complex problem areas.
• Troubleshoot and resolve complex production issues, applying strong diagnostic and problem-solving skills.
• Continuously evaluate and adopt modern technologies and tools that improve system reliability and team effectiveness.
• Perform other duties as assigned to support departmental and company objectives.

Tech Lead Engineer

• Design AI-powered systems and user experiences that help members find cost-effective, high-quality care across various healthcare types and locations
• Map and understand different member healthcare journeys, supporting them through customization and personalization
• Identify and leverage data relationships to provide seamless, relevant information to members
• Analyze user behavior and site usage data to optimize performance and prioritize projects
• Collaborate with engineering to scope projects, break into user stories, define MVPs, and organize into sprints
• Lead a cross-functional pod of engineers and product designers to deliver roadmap-aligned features
• Contribute to process improvements, documentation, and overall operational efficiency within the product team
• Ensure our system stays up-to-date and compliant with changing insurance regulations

Senior Software Engineer, Full Stack – Member Experience

• Own SoC-level DFT implementation including scan, MBIST, LBIST (as applicable), boundary scan (JTAG), and test access architectures for HBM base-die designs
• Drive DFT architecture definition early in the design cycle, ensuring alignment with SoC integration, floor planning, timing, power, and physical design constraints
• Implement and integrate DFT logic at the block, subsystem, and full-chip levels, working closely with RTL and integration teams
• Own DFT flow execution and signoff, including lint, CDC, DFT rule checks, ATPG readiness, and coverage closure
• Collaborate with physical design teams to ensure DFT solutions are optimized for placement, routing, timing closure, and DRC/LVS signoff
• Support pre-silicon debug of DFT-related issues and assist with post-silicon bring-up and yield/debug analysis

Principal DFT Engineer, HBM

• Design, develop, document, test and debug applications software and systems that contain logical and mathematical solutions
• Conduct multidisciplinary research and collaborates with equipment designers and/or hardware engineers in the planning
• Design, development, and utilization of electronic data processing systems for product and commercial software
• Determine computer user needs; analyze system capabilities to resolve problems on program intent, output requirements, input data acquisition, programming techniques and controls
• Prepare operating instructions
• Design and develop compilers and assemblers, utility programs, and operating systems
• Ensure software standards are met
• General frequent use and application of technical standards, principles, theories, concepts and techniques
• Provide solutions to a variety of technical problems of increasing scope and complexity as assigned
• Work is reviewed for soundness of technical judgment, overall adequacy and accuracy
• Works under general supervision

Software Engineer

• Provides custom software design and development of CNO tools and techniques.
• Designs and develops end-to-end data flow and tasking into CNO tools developed.
• Provides/authors documentation, participates in design, code, and software readiness reviews in accordance with the Government's software development procedures and processes.
• Programs in Assembly, C, C++, Java, Perl, or Python.
• Develop Windows applications using Visual Studio or .NET environments; UNIX applications using make files or comparable build environments; or, Embedded or mobile platform development using proprietary, GOTS, or open-source build environments.
• Provide/author documentation, participate in design, code, and software readiness reviews as prescribed by the Government's software development procedures and processes.

Cyber Software Engineer

• develop innovative solutions that advance AI infrastructure capabilities.
• directly influence customer success with breakthrough AI initiatives.
• build and deploy custom AI solutions on NCP and Neo Cloud platforms, including distributed training, inference optimization, and MLOps pipelines constructed on NVIDIA reference architectures.
• act as the main technical contact for strategic NCPs, offer remote and on-site support, troubleshoot complex production problems, and guide partner engineering teams on NVIDIA platform guidelines.
• deploy and manage AI workloads across DGX Cloud, NCP data centers, and major CSP environments using Kubernetes, containers, and GPU scheduling systems aligned to NCP builds.
• profile and tune large-scale training and inference workloads on NCP platforms.
• implement observability and SLO/SLA monitoring.
• lead detailed efforts to reduce latency, cost, and operational risk.
• implement and expand NVIDIA reference architectures on partner platforms, develop integrations with partner control planes and customer environments, and ensure smooth API, data pipeline, and enterprise software connectivity.
• build detailed implementation guides, runbooks, and post‑mortem documentation that codify standard methodologies for running NVIDIA AI workloads at scale on NCP platforms.

Senior Engineer

• Create new technical designs and implement features while working in an agile environment.
• Improve existing tools for NVIDIA GPUs, enabling developers to quickly identify and resolve rendering and performance issues.
• Create innovative new tools that bridge AI & graphics in next generation workflows.
• Collaborate closely with internal and external partners, including teams within NVIDIA such as the Compiler, Driver, Research, and GPU Architecture teams.
• Drive technology discussions and provide feedback on system architecture.
• Accurately estimate and prioritize tasks in order to create realistic delivery schedules.
• Write fast, effective, maintainable, reliable and well-documented object-oriented code.
• Document requirements and designs, and review documents with key partners.
• Meet with the QA Department to develop test plans for new features.

Software Engineer, Neural Graphics Developer Tools

• Lead mobile app development end-to-end. You will take full ownership of the mobile development lifecycle, from concept to delivery. This includes shaping technical design, implementing core features, improving performance and stability, and managing release cycles for both iOS and Android.
• Build a caregiver-first experience that is intuitive and resilient. You will design and implement user flows that are simple, guided, and forgiving—optimized for non-technical users. You will ensure the app works reliably in low-connectivity environments through offline-first and degraded-mode patterns (e.g., caching, sync, retries, conflict handling) and careful performance tuning.
• Define and implement mobile testing frameworks grounded in real-world usage. You will establish a testing strategy and methodology that reflects how caregivers actually use the app (device variability, intermittent networks, backgrounding, interruptions, accessibility needs). This includes automated testing, regression coverage, monitoring/telemetry, and release quality gates to continuously improve app reliability.
• Partner with cross-functional teams to solve real-world problems. You will collaborate with operations, clinical, compliance, product, and design to build solutions that work in real caregiving workflows. You will be a critical voice in articulating technical tradeoffs and helping the team make product decisions that advance our mission.
• Raise the bar on mobile engineering excellence. You will set standards for code quality, architecture, observability, and security on mobile. You’ll contribute to scalable patterns for feature development, data handling, and API integration, while keeping quality and user trust at the center.

Senior Software Engineer, Mobile

• This candidate will have technical ownership of designs and services, while influencing good coding practices amongst peers.
• Responsibilities include designing, coding, reviewing, testing, fixing, researching, deploying and maintaining services and code in AWS production environments.
• Candidates are technical leaders in their domain who can prioritize well, develop at a high standard, mentor and navigate ambiguous problem domains, and have a consistent track record of high performance and delivery autonomously.

Software Engineer V

• Own the design and implementation of microservices, and run and operate them in Kubernetes and other cloud-scalable, highly available environments.
• Design systems for scale, reliability, and high availability, and take accountability for the operational health of owned services, including observability, alerting, and incident response.
• Use AI tools for coding and research as a daily part of the engineering workflow, and help the team adopt effective AI-assisted development practices.
• Collaborate with product, ML, and infrastructure teams to translate requirements into robust technical designs.
• Contribute to architectural decisions, design reviews, and engineering standards across the platform.
• Mentor other engineers and communicate technical direction clearly to technical and non-technical stakeholders.

Senior Software Engineer

• Design, develop, and implement new algorithms and tools within our monitoring software platform
• Conduct routine and non-routine testing on existing algorithms to identify bugs and areas for optimization
• Document algorithm implementation, user requirements, and specifications
• Follow established patterns and build upon existing models
• Apply structured, scientific problem-solving approaches to technical challenges
• Contribute to the understanding and implementation of complex system designs
• Estimate time required to complete familiar tasks and projects accurately
• Communicate effectively and collaborate well within a team environment
• Collaborate effectively with cross-functional teams through clear communication and strong interpersonal skills
• Participate in code reviews, technical discussions, and team knowledge sharing
• Use version control systems (e.g., Git) and collaboration tools as part of the development workflow

• Lead infrastructure upgrades and modernization efforts, including migrating Snapsheet's Ruby on Rails applications to current and supported versions.
• Identify and resolve technical debt, improving system stability, performance, and long-term maintainability.
• Contribute to technical design processes and provide improvement suggestions and feedback.
• Work in an agile environment and participate in weekly stand-ups, retrospectives, etc.
• Proactively challenge scopes, flag issues, and suggest alternatives.
• Collaborate with other engineers, product management, and design to identify and solve complex problems.

Full-stack Engineer jobs in California

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Senior Fullstack Engineer – Marketplace Monetization

Software Engineer, L2

Software Developer, Mid-Level

Senior Connectivity Engineer

Customer Escalations Engineering Lead

ASIC Technical Leader – DFT

Silicon Photonics Packaging Technical Leader

Principal Facilities Engineer

Tech Lead Engineer

Senior Software Engineer, Full Stack – Member Experience

Principal DFT Engineer, HBM

Software Engineer

Cyber Software Engineer

Senior Engineer

Software Engineer, Neural Graphics Developer Tools

Senior Software Engineer, Mobile

Software Engineer V

Senior Software Engineer

Software Engineer

Senior Software Engineer – Virtual Appraisals