Top Linux Jobs in San Diego, CA

Develops and implements scalable technical solutions, automation, data processes, and tooling for health insurance operations. Writes modular Python and SQL code, participates in design and code reviews, investigates production issues, supports on-call operations, and collaborates with Business, Engineering, and Data teams to improve efficiency, data integrity, compliance, and operational capabilities.

Designs and develops mechanical components, assemblies, and prototypes from concept through production. Responsibilities include CAD modeling, detail drawings, GD&T, prototype fabrication, tolerance and structural analysis, thermal assessment, testing, design-for-manufacturability, supplier collaboration, sustaining engineering, engineering change control, field failure investigation, and production support.

Leads mechanical product development and industrialization from concept through full-rate production. Oversees CAD design, engineering analysis, manufacturability, supplier qualification, manufacturing readiness, launch planning, production-line setup, and transition to serial production. Coordinates Engineering, Manufacturing, Quality, Supply Chain, Purchasing, Operations, and suppliers while resolving technical and operational risks and mentoring engineering staff.

Develops and executes UVM-based functional verification for chiplet blocks and subsystems. Responsibilities include building testbenches, writing constrained-random tests, achieving coverage closure, integrating VIP, debugging regressions, verifying firmware and mixed-signal models, and supporting emulation, FPGA prototyping, gate-level, and low-power verification. The role collaborates with design, architecture, modeling, and DFT teams through signoff.

Designs mechanical components, assemblies, fixtures, tooling, and automation systems for sensor products and high-volume manufacturing. Creates SolidWorks drawings, applies GD&T, supports rapid prototyping, evaluates equipment and materials, coordinates prototype testing, and facilitates production handoff. Collaborates with electrical, systems, software, mechanical engineering, and production teams from concept through production release.

Develops, validates, optimizes, and sustains injection molding processes to improve quality, reduce scrap and cycle times, and increase equipment efficiency. Troubleshoots molding defects, analyzes process data, leads DOE and root-cause investigations, supports mold trials and product launches, documents processing standards, trains production personnel, and drives continuous improvement and cost-saving initiatives. Collaborates with tooling, maintenance, quality, production, and vendors while supporting project planning and validation activities.

Leads mechanical design and product development from concept through mass production. Owns CAD modeling, manufacturability, tooling evaluation, factory troubleshooting, validation testing, reliability analysis, and corrective actions. Collaborates with industrial design, electrical engineering, quality, compliance, legal, and overseas factories to deliver cost-effective, high-quality consumer products.

Designs and analyzes mechanical systems, equipment, packaging, and metrology products from concept through production. Responsibilities include CAD and surface modeling, injection-molded and machined part design, FEA, tolerance analysis, prototype assembly and testing, vendor coordination, BOM development, calibration techniques, assembly instructions, and mentoring other engineers and designers.

Provides technical sales and application support for acrylic polymer products. Troubleshoots processing and performance issues, supports extrusion and injection molding trials, recommends materials and processing conditions, assists with application development and commercialization, prepares technical documentation, and collaborates with customers, sales, manufacturing, engineering, and technical teams. The role includes customer visits, technical presentations, product evaluations, and travel to manufacturing and customer sites.

Serves as a technical expert for medical device manufacturing processes, equipment validation, scale-up, supplier capability, risk management, and continuous improvement. Leads pilot and commercial production readiness, process FMEA, validation protocols, technical reviews, change controls, yield analysis, deviation investigations, CAPAs, site transfers, and second-source qualification. Partners with cross-functional teams and suppliers to ensure robust, compliant processes and product quality.