Top Linux Jobs in San Diego, CA

Support the assessment, design, execution, validation, and optimization of migrating Air Force AFSAC applications to Cloud One. Responsibilities include evaluating infrastructure and dependencies, developing migration strategies and roadmaps, transferring applications and data, validating performance and integrity, addressing security and compliance needs, documenting migration activities, training users, and optimizing cloud costs and performance.

Owns automated bare-metal provisioning, Linux OS lifecycle management, Puppet and Ansible configuration automation, Python and Bash tooling, networking and routing services, hardware validation, and escalation support. The role requires deep enterprise Linux expertise, provisioning technologies, databases, VPN and proxy services, troubleshooting, and out-of-band server management. Preferred experience includes containers, virtualization, observability platforms, and service-management tools.

The Industrial Engineer II manages engineered labor standards, work measurement, process improvement, system configuration, operational analysis, and site audits across warehouse and delivery operations. Responsibilities include SQL-based data analysis, labor modeling, simulation, regression analysis, productivity optimization, process documentation, system validation, cost-benefit analysis, and training operations teams on prescribed work methods. The role requires frequent travel to Sysco facilities and collaboration with operations, technology, and engineering teams.

Leads architecture strategy for complex healthcare software and AI systems, focusing on insurance and payment platform modernization. Defines target-state architectures, migration roadmaps, technical standards, and governance practices. Designs scalable distributed systems and production AI capabilities while improving reliability, observability, security, compliance, and operational readiness. Influences engineering, product, security, and operations teams without direct authority, guides technical decisions, participates in incident reviews, and mentors engineers and architects.

Supports manufacturing process development, optimization, scale-up, and production operations. Improves quality, yield, efficiency, and reliability through troubleshooting, corrective actions, KPI analysis, and process recommendations. Reviews safety and quality standards, evaluates equipment, supports repairs, documents results, and trains personnel. Collaborates with research and development teams during pilot and commercialization transitions. Requires engineering education, two years of relevant experience, statistical problem-solving knowledge, cross-functional collaboration, and 25–50% travel.

Provides onsite technical support for pumps and mechanical seals at oil and chemical industry customers. Troubleshoots equipment issues, performs failure and performance analysis, recommends repairs or replacements, supports installations and operations, maintains engineering data and inventory records, processes engineering changes, coordinates customer and internal teams, and delivers technical training. Requires local travel, occasional overnight travel, physical site access, and customer-site credentials.

Build automation for NVIDIA switches and InfiniBand fabrics, including configuration management, drift reconciliation, NAT gateways, L4 load balancing, and resilient network control loops. Define large-scale network behavior around BGP, convergence, failover, and production failures. Lead technical direction, design standards, and customer deployments while writing production software in Go or Python for AI infrastructure.

Designs and develops firearm and accessory products, including 3D models, 2D drawings, prototypes, fixtures, gauges, and technical documentation. Conducts hands-on product testing, troubleshoots production issues, supports manufacturing engineering, and collaborates with Quality on inspection data. Requires CAD modeling, GD&T knowledge, firearm safety familiarity, and at least one year of relevant experience.

Design, manufacture, integrate, and validate autonomous hardware systems for heavy construction equipment. Responsibilities include component architecture, camera and optics design, vendor and manufacturing coordination, safety-focused verification and validation, hardware testing, and development of reusable sensor-data analysis and test-automation software. The hybrid role requires San Francisco office attendance at least three days weekly and up to 15% regional or national travel.

Leads the firm's in-house software development team and oversees the design, delivery, security, integration, and support of enterprise applications across web, SharePoint Online, and mobile platforms. Manages developers, establishes modern engineering and secure development practices, directs SharePoint and Microsoft 365 solutions, oversees CI/CD and AI-assisted coding standards, provides level-three support, and partners with stakeholders, vendors, and IT teams to deliver complex projects.