Top Senior Linux Jobs in San Diego, CA

Provides senior technical ownership of enterprise applications, integrations, databases, automation workflows, and Windows Server components. Leads requirements discovery, solution design, SQL Server troubleshooting, application upgrades, monitoring, vendor coordination, change management, and complex issue resolution. Coaches applications engineers and partners with infrastructure, security, engineering, vendors, and business stakeholders to ensure secure, reliable, and efficient operations.

Lead reliability assessments and test campaigns for autonomous vehicle hardware, including compute systems and automotive sensors. Own failure analysis and corrective actions, collaborate with hardware, systems, safety, software, field operations, and manufacturing teams, and integrate reliability findings into design and production processes. Apply automotive reliability standards, manufacturing knowledge, hardware-firmware interaction expertise, and technical data analysis to support robust scaled products.

Designs and implements automated CI/CD pipelines for system builds, testing, cybersecurity validation, and deployment. Automates Windows, Linux, virtual machine, container, and infrastructure provisioning using IaC, configuration management, and scripting. Integrates STIG compliance and security scanning into repeatable deployment workflows for secure, classified, and disconnected DoD environments. Evaluates tools, develops practical solutions, and collaborates with engineering, cybersecurity, and government stakeholders.

Designs, develops, and maintains Microsoft Power Platform solutions across classified and unclassified DAF 365 environments. Builds Power Apps, Power Automate workflows, Power BI dashboards, SharePoint integrations, and custom web components. Leads requirements gathering, troubleshooting, deployments, governance, security, peer reviews, documentation, and developer mentorship. Uses Power Fx, DAX, Power Query, APIs, JavaScript, and PnP PowerShell while applying GCC/GCC High and Zero Trust requirements.

Leads multidisciplinary systems engineering across large, complex GEOINT systems and system-of-systems environments. Guides requirements engineering, architecture traceability, solution design, systems integration, reliability, testing, and analysis. Conducts trade studies, alternatives analyses, technical assessments, risk management, and interface design while supporting strategic planning and major systems acquisition programs. Mentors junior engineers and coordinates across government agencies and organizational boundaries.

Develop and execute validation and qualification testing for complex electromechanical and drone systems. Design custom fixtures, automation, and data acquisition systems; apply statistical and reliability methods; support supplier qualification and risk management; investigate root causes; and drive corrective actions. The role also contributes to validation strategy, test method development, and integration of mechanical systems into flight hardware and ground control systems.

Lead systems engineering for autonomous driving kit compute platforms, including requirements decomposition, traceability, functional architecture, integration and test planning, and lifecycle validation. Collaborate across product, hardware, software, and safety teams while supporting embedded compute, sensors, data logging, and power distribution. Drive root-cause analysis and problem resolution during design, prototyping, and production. Apply automotive ECU methodologies, functional safety, cybersecurity, and requirements management practices.

Lead end-to-end design of photonic components and optical interfaces, including grating and edge couplers, splitters, taps, crossings, and thermo-optic phase shifters. Responsibilities include simulation, optimization, layout, tapeout, measurement, statistical robustness analysis, process collaboration, production handoff, and technical mentorship. The role requires advanced photonic integrated circuit design expertise, hands-on characterization experience, scripting skills, and cross-functional collaboration.

Designs and maintains highly available, scalable, secure systems for a global gaming platform. Responsibilities include defining reliability objectives, leading incident response and postmortems, developing observability and alerting strategies, optimizing performance, automating operational tasks, supporting architecture reviews, and mentoring engineers. The role partners across engineering teams to implement SRE best practices and improve system resilience, scalability, and operational excellence.

Define and lead Omnissa’s GTM Engineering function, including its roadmap, architecture, tools, and team growth. Build production-grade signal, enrichment, routing, scoring, and agentic workflow systems across Sales, Marketing, Customer Success, and RevOps. Own Clay and its integrations with Salesforce and other GTM platforms, measure business impact, manage vendors, improve data quality, and drive adoption globally.