Top Senior Linux Jobs in San Diego, CA

Leads engineering risk identification and mitigation for nuclear and non-nuclear submarine construction activities. Facilitates risk meetings, reviews formal assessments, supports construction learning sessions, oversees engineering surveillance of construction and testing, and coordinates senior management review teams. Requires collaboration across shipyard planning, operations, quality, and testing organizations, plus the ability to interpret piping, instrumentation, and mechanical drawings.

Supports submarine manufacturing operations by troubleshooting production issues, evaluating process capability, developing new manufacturing processes, and implementing Lean and continuous-improvement initiatives. Works directly with operations leadership and production control to improve safety, quality, cost, productivity, and schedule performance. Analyzes production metrics, resolves constraints, recommends equipment and technology improvements, and establishes stable, repeatable processes on the manufacturing floor.

Oversee supplier quality throughout procurement, including capability assessments, quality management system reviews, process audits, product inspections, defect evaluation, trend analysis, root-cause investigations, and corrective actions. Travel to supplier facilities to assess manufacturing and quality practices and verify purchase order compliance. Collaborate with supply chain teams to ensure critical submarine components meet Navy and Electric Boat quality requirements.

Leads the design, simulation, optimization, and performance improvement of electron beam columns and electron-optical subsystems for semiconductor inspection and metrology systems. Responsibilities include magnetic lens and field modeling, charged-particle trajectory analysis, Monte Carlo simulations, hardware troubleshooting, experimental-data correlation, and system-level investigations. The engineer independently leads complex technical projects, collaborates with multidisciplinary teams, communicates technical findings, participates in design reviews, and mentors engineering staff.

Lead new product introduction and manufacturing transfer for advanced eBeam inspection systems. Coordinate Engineering, Manufacturing, Quality, Supply Chain, and suppliers through beta builds, production release, design changes, configuration management, and operational readiness. Drive design-for-manufacturability improvements, troubleshoot complex electromechanical systems, manage project plans, support supplier qualification and field activities, and present technical recommendations to leadership. Travel up to 20% is required, including trips to Singapore and Milpitas.

Designs and develops automated and manual test procedures for large-scale computer systems. Performs functional, performance, reliability, and validation testing; conducts failure and root-cause analysis; implements corrective actions; and troubleshoots server, network, and hardware accelerator systems in high-volume manufacturing. Uses Linux, Python, Shell scripting, and SQL for automation, debugging, error analysis, and log analysis while collaborating with cross-functional engineering teams.

Build polished, production-quality product experiences at the intersection of product design and frontend engineering. Translate design intent into maintainable frontend code, resolve design and technical trade-offs, and own implementation quality end to end. Collaborate closely with Design and Engineering, contribute to design systems and reusable components, improve accessibility and interaction quality, and ship meaningful customer-facing product improvements in a remote environment.

Leads and scales a multidisciplinary software organization developing embedded, IoT, cloud-connected, and web solutions for commercial equipment. Owns architecture, technology platforms, security, AI enablement, delivery, Agile execution, compliance, budgets, and engineering team development. Partners with product, hardware, manufacturing, cybersecurity, and executive teams to deliver secure, high-quality products aligned with hardware milestones and market needs.

Own quality for distributed backend platform services across API, contract, event, and database layers. Build Java-based test automation, validate service contracts and data, test asynchronous workflows and security paths, detect configuration drift, and integrate suites into GitLab CI/CD. Partner with platform engineers to build testability into services, manage defects in Jira, assess regression scope, and champion continuous quality improvement.

Own quality for distributed backend services across API, contract, event, and database layers. Build Java-based test automation, validate service contracts and data, test asynchronous workflows, authentication, authorization, and configuration consistency, and integrate suites into GitLab CI/CD. Partner with platform engineers to improve testability, assess regression scope, manage defects in Jira, and drive continuous quality improvement across agile teams.

Lead design, implementation, and optimization of manufacturing equipment and processes. Drive safety, quality, and throughput improvements, manage capital projects, apply CI and structured problem solving, and coach cross-functional teams to ensure production readiness and sustained operational excellence.

Own the end-to-end enterprise telephony platform, including Genesys Cloud architecture, routing, IVR, reporting, Twilio SIP trunking, call quality, integrations, AI contact-center initiatives, compliance, monitoring, and disaster recovery. Build custom CRM integrations using APIs and webhooks, manage vendors, translate call-center goals into measurable platform improvements, resolve escalations, establish standards, and mentor the telephony team.

Develop and execute firmware design verification tests for commercial medical devices and clinical studies. Build automated regression infrastructure, create test tools and protocols, debug embedded firmware, add test hooks, and validate stimulation waveforms, BLE, OTA-DFU, sensors, and logging. Support requirements, risk analyses, design reviews, DHF deliverables, formal DVT, root-cause analysis, and regulated medical device development.

Leads manufacturing system design and optimization, including layouts, workflows, material flow, capacity modeling, and bottleneck reduction. Drives Lean and continuous improvement initiatives to improve safety, quality, cost, throughput, productivity, and cycle time. Supports new product introductions, develops capacity and resource plans, applies data analysis and visualization, and collaborates cross-functionally to improve manufacturing performance and scalability.