Top Senior Linux Jobs in San Diego, CA

Leads the end-to-end mechanical design, integration, testing, and deployment of complex robotic manufacturing systems. Designs robotic workcells, mechanisms, transporters, and end-of-arm tooling; performs structural analysis, simulation, prototyping, and safety assessments. Collaborates with software, electrical, mechatronics, vendors, and customers to optimize reachability, cycle time, reliability, and manufacturability. Manages component selection, procurement, BOMs, PDM records, troubleshooting, and compliance with industrial robotics safety standards.

Designs, analyzes, prototypes, integrates, and validates robotic hardware and end-of-arm tooling. Responsibilities include FEA, structural and thermal simulation, DFM, hardware selection, safety compliance, tolerance analysis, root cause investigations, vendor management, BOM and lifecycle management, cost reduction, and mentoring junior engineers.

Build and operate high-throughput backend services for AI agents, calendar, scheduling, integrations, real-time data pipelines, and APIs. Design platform infrastructure, event-driven systems, and client-server protocols using Go, PostgreSQL, Kubernetes, and cloud platforms. Collaborate with AI, product, and frontend teams, improve reliability through testing and infrastructure as code, and mentor junior engineers.

Build and operate scalable backend services powering AI agent orchestration, real-time data pipelines, scheduling, conversation history, APIs, and platform infrastructure. Collaborate with AI, product, and front-end engineers to deliver AI-powered features, improve reliability, and support consumer and enterprise customers. The role includes infrastructure as code, testing, documentation, production debugging, cross-functional prioritization, and mentoring junior engineers.

Leads complex ASIC and VLSI design projects from architecture through validation and testing. Provides technical leadership, reviews designs for compliance and quality, mentors engineers, guides outsourced development partners, drives VLSI innovation, and contributes to platform architecture and cross-functional initiatives.

Leads organization-wide power hardware architecture and technology roadmaps for networking and data center products. Directs board-mount and front-end power projects from architecture through validation and manufacturing release. Evaluates emerging technologies, designs, standards, and outsourced development relationships; drives innovation, standardization, quality, and continuous improvement. Provides technical leadership, mentoring, cross-functional influence, and guidance on electrical design, simulation, testing, thermal management, and hardware integration.

Leads complex VLSI and ASIC design projects across architecture, validation, testing, and implementation. Provides technical leadership for internal and outsourced engineering teams, reviews designs for compliance and quality, drives technology integration and innovation, mentors engineers, and supports technical leadership development. Requires expert knowledge of VLSI principles, digital logic, computer architecture, hardware design tools, and analytical problem-solving.

Designs, develops, deploys, and supports high-scale backend applications and REST APIs using Python, Django, and PHP. Responsibilities include architecting distributed systems, integrating software, testing applications, documenting technical work, mentoring engineers, monitoring performance, supporting production deployments, and collaborating with stakeholders, QA teams, vendors, and customers. Requires ownership of critical services running on Kubernetes, EKS, and AWS, plus availability for variable schedules and occasional overtime.

Design, deploy, validate, and maintain Comcast’s national optical transport backbone. Responsibilities include backbone service engineering, capacity planning, network troubleshooting, circuit validation, software and firmware lifecycle management, vendor coordination, technical documentation, and on-call operational support. The role requires extensive Ciena 6500 and large-scale DWDM experience, strong networking fundamentals, and the ability to lead technical decisions during critical events.

Design and operate highly scalable, reliable cloud infrastructure for large-scale distributed systems across AWS and Kubernetes. Develop infrastructure-as-code, configuration management, automation, observability, and incident-resolution tooling. Participate in on-call rotations, handle service escalations, and create system documentation and playbooks for the BuyerCloud and Revenue Science teams.

Develop production-quality C++ software for autonomous mining trucks. Responsibilities include software design, coding, documentation, requirements generation, architecture decisions, functional safety design and validation, product quality, and collaboration with engineering teams to deliver autonomous vehicle features.

Develops embedded autonomy software for machine collision mitigation and avoidance systems. Responsibilities include C++ development on embedded Linux, camera and radar processing, system requirements, sensor and hardware integration, calibration, HIL validation, Python automation, troubleshooting, safety compliance, and verification planning. The role also provides technical mentorship and coordinates with suppliers, hardware teams, and testing organizations. Full-time onsite work in Mossville, Illinois is required, with up to 25% travel.

Develop and support secure DevSecOps practices for tax technology delivery. Responsibilities include deployment automation, cloud infrastructure provisioning, CI/CD support, reliability troubleshooting, vulnerability remediation, and scripting with Python, PowerShell, Bicep, and YAML. The role also involves GitHub version control, stakeholder collaboration, client engagement, workstream management, and mentoring junior team members.

Design, develop, test, deploy, and maintain scalable software across the technology stack. Translate requirements into technical specifications, deliver features using Agile practices, write automated tests, resolve production issues, and ensure security, reliability, and performance. Use AI-assisted development tools and spec-driven workflows, collaborate with Product, QA, and Architecture, contribute to technical decisions, and mentor junior engineers.

Develops satellite ground software for command and control, mission planning, and data analysis. Performs the full software lifecycle, including requirements, architecture, design, coding, testing, integration, documentation, and support. Applies systems-oriented development in an Agile environment using ground-system technologies, cloud platforms, web services, databases, and modeling tools. Collaborates across technical teams and may support mission integration, readiness activities, rehearsals, and launch operations.

Leads space vehicle systems engineering through development, testing, delivery, and on-orbit operations. Supports the chief engineer, manages technical baselines, leads design and readiness reviews, directs systems engineering staff, and oversees architecture, interface, CONOPS, trade studies, risk assessment, and anomaly resolution. The role serves as a technical representative to customers and partners, contributes to proposals, and coaches engineers while balancing technical performance, cost, and risk.

Develop and lead full-stack systems for Realtor.com’s Owners & Sellers platform. Design distributed services, AWS data pipelines, APIs, and scalable React/Next.js experiences. Improve performance, reliability, Core Web Vitals, observability, and incident response. Collaborate across product, design, and engineering teams on complex initiatives and technical roadmaps. Mentor engineers, guide architecture, review high-risk changes, and leverage AI-assisted development tools.

Design, develop, and maintain scalable enterprise software for investment technology. The role involves building applications, conducting prototypes and proofs of concept, advising on technical direction, creating reusable components, integrating vendor APIs, and collaborating with global cross-functional teams. Engineers will use modern cloud, containerization, AI, application development, database, reporting, and DevOps technologies while continuously evaluating architecture trends and improving engineering practices.