Top Senior Linux Jobs in San Diego, CA

Supports urethane pour-line production engineering in Tier 1 automotive manufacturing. Responsibilities include designing and implementing kaizen improvements, tracking pour-line formulas, monitoring equipment and chemical inventories, troubleshooting downtime, reducing scrap, resolving maintenance issues, purchasing equipment and materials, and coordinating construction projects. Requires strong knowledge of automotive manufacturing, urethane processes, automation, robotics, equipment design, root-cause analysis, drawings, GD&T, and production software.

Lead development of hybrid and native iOS and Android mobile applications, including Bluetooth Low Energy device integration. Guide engineering teams on architecture, code quality, Agile practices, testing, reusable components, and platform standards. Collaborate with architects and business teams on technical specifications, troubleshooting, project estimation, team screening, and delivery oversight across patient solution projects.

Own bare-metal and RTOS firmware for a robotic pharmacy dispensing mechanism. Responsibilities include motor control, sensor acquisition and cross-checking, safety interlocks, state machines, wire-protocol integration, observability, hardware bring-up, and fault debugging. The role requires production embedded experience, microcontroller expertise, safety-critical systems knowledge, real-time reasoning, and hardware/software debugging skills.

Leads multidisciplinary development of low-power electronic products from concept through production. Owns hardware, firmware, and mechanical engineering projects; manages requirements, sprints, budgets, schedules, risks, design reviews, compliance, and external partners. Provides hands-on technical leadership, resolves cross-functional roadblocks, and enforces engineering best practices across the product lifecycle.

Owns mechanical component and subsystem design from concept through production and field support. Develops CAD models, performs FEA, DFMA, FMEA, hand calculations, testing, root cause analysis, cost reduction, reliability assessments, and design validation. Coordinates cross-functional teams, suppliers, quality activities, documentation, schedules, and change control. Requires travel to project sites, suppliers, and laboratories.

Quality Engineer responsible for maintaining and improving the Quality Management System in a manufacturing environment. Leads corrective actions, root cause investigations, PPAPs, inspections, audits, supplier quality initiatives, nonconformance disposition, risk management, validation, quality metrics, and continuous improvement projects. Collaborates with Engineering, Operations, Production, R&D, customers, and suppliers to ensure compliance and improve manufacturing performance.

Develop and architect server-side PHP applications, managing back-end services, databases, data interchange, and application performance. Integrate front-end components and maintain responsive user experiences. The role requires advanced PHP framework experience, object-oriented design, service-oriented architecture, REST and SOAP web concepts, HTML, CSS, JavaScript, jQuery, and Agile methodologies including Scrum and Kanban.

Own mechanical design for wearable consumer electronics from architecture and prototyping through EVT, DVT, PVT, and mass production. Design miniaturized plastic, metal, and elastomer components; produce CAD and GD&T drawings; lead tolerance analysis, DFM/DFA, validation, reliability testing, and root-cause analysis. Collaborate with electrical, firmware, industrial design, quality, operations, suppliers, and contract manufacturers, including international factory support.

Develop embedded test automation for medical robotic systems, including hardware-in-the-loop infrastructure, firmware testing, manufacturing tools, device programming, calibration, diagnostics, and CI/CD integration. Collaborate with embedded software, electrical, systems, manufacturing, and quality teams while building Python automation for component, integration, regression, and fault-injection testing.

Own the design and implementation of real-time power control algorithms and functional safety architecture for safety-critical embedded systems. Develop firmware on microcontrollers in RTOS environments, including load shedding, relay sequencing, fault response, diagnostics, and safety mechanisms. Lead hazard analysis, FTA, SW-FMEA, certification documentation, fault injection, and hardware-in-the-loop testing for UL certifications. Influence engineering standards, collaborate cross-functionally, drive features through implementation and certification, and mentor engineers.