Top Linux Jobs in San Diego, CA

Build Weave, an open-source toolkit for tracking and evaluating GenAI applications. Responsibilities include developing client APIs, integrating LLM tools, improving backend performance and scalability, and creating multimodal evaluations, playgrounds, and dataset features. The engineer will also engage directly with early customers, gather feedback, troubleshoot issues, and rapidly iterate on the product.

Designs and reviews electrical systems for infrastructure upgrades and new construction, focusing on primary power distribution and facility systems up to 480V. Performs field investigations, electrical calculations, design recovery, troubleshooting, technical research, specifications, and drawing packages. Evaluates designs for safety, reliability, constructability, operability, maintainability, and code compliance while collaborating with multidisciplinary stakeholders.

Designs, develops, and maintains scalable, secure, performant, and HIPAA-compliant web applications supporting healthcare insurance operations. Responsibilities include translating business needs into technical solutions, contributing to architecture, mentoring developers, conducting code reviews, supporting DevOps and CI/CD practices, participating in cloud modernization, monitoring application performance and security, documenting systems, and providing on-call support.

The Supplier Quality Engineer ensures supplier products and components meet quality standards. Responsibilities include investigating nonconformances, conducting supplier audits, approving engineering changes, performing first article inspections, leading corrective actions, supporting new product launches, maintaining quality documentation, and driving supplier process improvements. The role also supports IQC training, control plan updates, ISO 9001 activities, root-cause analysis, and cross-functional quality initiatives.

Build and deploy production-grade integrations, full-stack applications, and AI-enabled solutions directly within customer environments. Collaborate with technical stakeholders and executives, translate ambiguous business problems into scalable software, evaluate AI system reliability, guide deployments, troubleshoot complex issues, and provide customer feedback to product and engineering teams.

Build and deploy reusable software scaffolding for government workflows, including data models, components, and integrations with legacy systems. Partner with forward-deployed product managers across customer projects, adapt products to customer-specific data and edge cases, develop usable backend and frontend functionality, use AI coding tools, and communicate platform gaps to engineering teams.

Designs civil and site development projects, including grading, drainage, utilities, improvement plans, construction drawings, technical specifications, engineering calculations, cost estimates, and supporting documents for public and private projects. Provides technical information to project managers and applies engineering judgment throughout the design process.

Administer and support IBM i and Power Systems infrastructure supporting core banking operations. Responsibilities include system monitoring, job scheduling, batch processing, backups, recovery, replication, high availability, security administration, incident response, disaster recovery, automation, documentation, and production support. The role collaborates with vendors and stakeholders and participates in on-call rotation, maintenance, upgrades, and continuous platform improvement.

Supports commercial growth by developing and qualifying polymer foam applications for North American customers. Provides technical guidance, conducts laboratory trials and testing, assists with fabrication methods, interprets data, and advises on regulatory and performance requirements. Maintains product and market knowledge, identifies opportunities for new products, and manages multiple application-development projects. The role is home-based, customer-facing, autonomous, and requires at least 30% travel across North America.

Lead the architecture and development of fluidic subsystems for kidney stone treatment devices, including irrigation, aspiration, pumps, valves, sensors, tubing, and control algorithms. Define requirements, conduct modeling, prototyping, testing, risk management, and design verification. Collaborate across engineering, clinical, quality, regulatory, suppliers, and operations to deliver compliant, scalable products. Provide technical leadership, conduct design reviews, investigate root causes, guide technology roadmaps, and mentor engineers.