Top Senior Linux Jobs in San Diego, CA

Develops and improves manufacturing processes, equipment, and systems for safety, quality, capability, and efficiency. Supports production launches, automation concepts, process optimization, corrective actions, and manufacturability initiatives. Collaborates with engineering, product development, manufacturing, materials, sales, customers, and vendors. Leads projects by defining solutions, budgets, timelines, and action plans while applying mechanical, electrical, industrial engineering, and process-control expertise.

Lead reliability, availability, and serviceability validation for GPU server platforms in orbit. Develop fault-injection strategies, verify detection and recovery, analyze failures across GPU, CPU, memory, interconnect, firmware, and operating-system layers, and validate BMC management interfaces. Drive root-cause analysis, coverage metrics, traceability, and resolution with silicon vendors, ODMs, and internal platform teams.

Design, build, and technically lead custom software solutions across backend systems, APIs, applications, data platforms, cloud-connected systems, and AI-enabled products. Collaborate with clients and cross-functional teams, apply modern engineering practices, explore AI development tools and agents, and deliver scalable, secure, maintainable software. Contribute to architecture, testing, observability, DevOps, technical direction, and continuous improvement.

Leads mechanical New Product Introduction activities, transitioning multidisciplinary hardware from R&D through prototypes and production. Responsibilities include CAD and drawing reconciliation, DFM/DFA, manufacturing documentation, FAI, ECO/ECR processing, packaging validation, assembly fixture development, vendor and contract manufacturer management, and global technology transfers. The role collaborates with R&D, quality, procurement, supply chain, and production teams to establish repeatable, high-yield manufacturing processes.

Lead architecture and development of multiplatform vehicle companion applications for Android and iOS. Define technical vision, design systems and APIs, guide feature delivery, build prototypes, promote testing and observability, and mentor engineers. Collaborate with product, design, backend, and Honda teams in a regulated, safety-oriented automotive environment.

Leads the Salesforce and business platforms team, owning architecture, development, integrations, operations, security, releases, and data quality. Manages employees, contractors, vendors, and nearshore partners while delivering solutions for Sales, Marketing, Contracts, Accounting, and Customer Support. Remains hands-on with Apex, Lightning Web Components, SOQL, Flows, APIs, CI/CD, and platform design. Oversees implementations, incident management, compliance, training, adoption, and AI-enabled CRM capabilities across Salesforce and connected systems.

Design, prototype, debug, and optimize electromechanical mechanisms and robotic systems for mobile robotics platforms. Develop concepts, perform failure-mode analysis, create fabrication work instructions, and redesign systems for reliable, cost-effective volume manufacturing. Support customer-site robot deployments and apply expertise in 3D modeling, rapid prototyping, casting, injection molding, stamping, sheet metal, and assembly.

Leads mechanical design and analysis for optical communication products, including CAD development, FEA, testing, reliability validation, root cause analysis, documentation, material selection, and manufacturing process evaluation. Collaborates with electrical, optical, manufacturing, and reliability teams to ensure product integration, manufacturability, and performance. Drives design reviews and continuous improvement initiatives.

Design and support engineered-to-order control valve solutions for severe-service and high-pressure applications. Create 3D models, drawings, BOMs, and analyses; collaborate with manufacturing, supply chain, and sales; lead sustaining and new product development; mentor engineers; perform testing and validation; provide technical support and present progress to senior leadership. Travel ~10%.

Lead manufacturing engineering and continuous improvement initiatives using Lean and Six Sigma principles. Develop and improve production processes, reduce waste and costs, increase equipment efficiency, conduct statistical analysis, and lead Kaizen projects. Manage launch activities, schedules, inventories, and project reviews while training engineers and interns. The role requires onsite production-floor work, cross-functional collaboration, and knowledge of Toyota Production System, facility layout, injection molding, and manufacturing systems.