Top Linux Jobs in San Diego, CA

Leads software engineering quality, Agile delivery, release optimization, performance improvement, and cloud architecture using C# and .NET. Mentors engineers, establishes coding and testing standards, improves application reliability and scalability, and partners cross-functionally with product, design, and data teams. The role requires expertise in Azure or AWS, databases, multithreading, automated testing, and player-coach leadership.

Develop and extend high-enthalpy CFD solvers for reentry aerothermal analysis, including thermochemical non-equilibrium, finite-rate chemistry, multiphase droplet interactions, and advanced numerical methods. Validate new capabilities against analytical, ground, and flight data, productionize tools, and mentor engineers. The role requires compiled scientific programming, solver development, HPC experience, and eligibility for a U.S. Secret or Top Secret clearance.

Oversee project engineers and engineering programs from project inception through production launch. Ensure customer and supplier requirements, drawings, CAD models, tooling, quality documentation, PPAP activities, milestones, and manufacturability requirements are met. Coordinate internal departments and external partners, review engineering progress, support escalation of delivery and quality issues, and ensure compliance with IATF 16949, ISO 14001, and company procedures.

Lead development of proprietary business applications and customer-facing portals using object-oriented design. Responsibilities include integrating data layers, implementing domain logic and web presentation, addressing technical issues, mentoring junior developers, coordinating a small team, and contributing to scalable, maintainable architecture and planning.

Designs and develops mechanical components and assemblies for prototype and production aerospace products, from concept through manufacturing release. Responsibilities include 3D modeling, technical documentation, design reviews, HALT testing, tooling support, engineering changes, end-of-life updates, and collaboration with electrical, software, suppliers, and manufacturing partners. The role emphasizes manufacturability, assembly, reliability, and cost optimization.

Supports mechanical product development and sustainment from concept through production. Creates CAD models and engineering drawings, coordinates prototypes and testing, evaluates manufacturability and performance, performs root cause analysis, and collaborates with design, manufacturing, quality, supply chain, and suppliers. Applies product development tools including DFMEA, PFMEA, and PPAP while contributing to continuous engineering process improvement.

Lead the design, implementation, and improvement of manufacturing processes for complex HVAC products. Manage technical projects involving tooling, fixtures, equipment, automation, layouts, and process optimization. Improve safety, quality, capacity, productivity, and cost through Lean Manufacturing, root cause analysis, PFMEA, process documentation, and corrective actions. Coordinate suppliers, commissioning, validation, and production handover while partnering with Operations, Quality, Engineering, Industrialization, and Supply Chain teams.

Design and improve mechanical components and assemblies for automatic pool cover systems. Create CAD models, drawings, and BOMs; support product development, prototyping, testing, manufacturing, quality investigations, supplier coordination, engineering changes, and continuous improvement. The role requires collaboration across production, quality, purchasing, and customer support, with occasional travel to suppliers, dealers, or customer locations.

Designs, builds, and optimizes cryogenic systems for inertial fusion energy. Responsibilities include experimental research, ultra-low-temperature system design, COMSOL and Python modeling, thermal and fluid analysis, test-stand documentation, collaboration with national labs and universities, and knowledge transfer across multidisciplinary teams.

Build and ship end-to-end full-stack features for a cloud-native cybersecurity SaaS platform. Use AI coding agents to generate specifications and code, then review outputs for correctness, security, and architectural fit. Develop agentic workflows, automation pipelines, APIs, data models, and microservices on public cloud infrastructure. Collaborate with distributed teams and security researchers to convert vulnerability intelligence into secure platform capabilities.