Top Linux Jobs in San Diego, CA

Leads the design, automation, operation, and scaling of infrastructure across on-premises data centers, GCP, and AWS. Responsibilities include infrastructure as code, configuration management, networking, load balancing, DNS, monitoring, observability, distributed systems administration, documentation, technical direction, project leadership, and mentoring. The role requires deep Linux, hardware, networking, cloud, storage, backup, and Python automation expertise.

Provides QA leadership and testing across software implementation projects. Responsibilities include release management, system and module testing, defect triage, test script creation, release packaging, stakeholder communication, and coordination with clients, project managers, developers, and QA teams. The role is client-facing, supports multiple concurrent projects, and may involve travel based on project needs.

Build and scale Posh’s backend services and APIs, owning systems from design through deployment and on-call. Responsibilities include improving performance and reliability, creating data models and pipelines, embedding security and instrumentation, contributing to architecture and code reviews, mentoring engineers, and participating in technical interviews.

Design, build, and scale highly available backend and frontend systems powering Coinbase trading experiences for millions of users. Architect extensible support for multiple trading types and assets, evolve critical production infrastructure, partner with product and design, and promote engineering quality through code reviews, mentorship, and knowledge sharing.

Design, develop, and maintain high-performance Go-based software supporting VOD, live events, linear streaming, dynamic ad insertion, and manifest manipulation. Build highly available, fault-tolerant services across multi-region and multi-CDN environments. Partner with SRE, use observability and performance analytics for troubleshooting, contribute to architecture and technical direction, and collaborate with globally distributed engineering teams.

Develops and integrates semiconductor processes for infrared focal plane array manufacturing. Manages manufacturing plans, optimizes process routes, analyzes metrology and electrical data, leads root-cause and corrective-action activities, supports mask design and tape-out, and coordinates process transfers with vendors. The role collaborates with customers and cross-functional teams to improve yield, cost, schedule, manufacturability, and product execution across the manufacturing lifecycle.

Develop experiment-control software for quantum information technologies, including complex experiment sequences, measurements, calibrations, custom hardware drivers, and scientific instrument integrations. Collaborate with experimental physicists and data engineers on laboratory requirements and quantum device data organization. Mentor junior engineers and promote best practices in programming, version control, CI/CD, and documentation.

Develops semiconductor processes and integration schemes for infrared focal plane arrays, manages manufacturing plans, optimizes yield and manufacturability, analyzes process data, leads root-cause investigations, supports mask design and tape-out, and coordinates process transfers with vendors. The role interfaces with customers and cross-functional stakeholders while applying cost, schedule, risk, and industrial manufacturing principles.

Responsible for the operational health, reliability, performance, maintenance, backup and recovery of PostgreSQL, MySQL, and Oracle databases hosted on Linux and AWS. Duties include monitoring, troubleshooting, patching, security administration, query tuning, automation, scripting, disaster recovery support, database migrations, and development and QA support. The role participates in on-call rotation, maintains runbooks, collaborates with application teams, and independently resolves database issues within established architectural standards.

Design, build, and evolve full-stack software across the development lifecycle. Translate ambiguous requirements into actionable specifications, deliver scalable and maintainable solutions, improve observability, participate in architecture and code reviews, establish engineering and AI-development standards, and mentor junior engineers. Collaborate with product, architecture, engineering, and business stakeholders while ensuring software quality, performance, security, and operational excellence.

Build, test, deploy, and support full-stack software across the SDLC. Own discrete features and system components, use AI-assisted development tools, contribute to prompt engineering, participate in design discussions and code reviews, implement tests and secure coding practices, monitor production systems with observability tools, document processes, communicate status, and drive assigned work to completion with limited oversight.

Leads a distributed software engineering team responsible for New Relic’s cloud foundation platform. Responsibilities include mentoring engineers, driving proactive platform ownership, leading multi-region infrastructure expansions, guiding Go-based microservices and cellular architectures at extreme scale, partnering across Engineering, Security, and Product, and overseeing production reliability, incident response, GitOps, and infrastructure-as-code practices.

Design, deploy, automate, and support large-scale cloud network infrastructure across AWS, Azure, and GCP. Manage firewalls, Kubernetes networking, VPNs, DNS, BGP, monitoring, infrastructure as code, and network performance. Lead technical roadmaps, design reviews, troubleshooting, engineer onboarding, and team direction while participating in on-call support and occasional travel.

Develop scalable platforms, services, and internal tools for Revenue Cycle Management, supporting payments, claims submission, and operational workflows. Partner with engineering, product, design, operations, and business stakeholders to improve efficiency, reliability, and cost effectiveness. Drive software development through planning, execution, measurement, maintenance, and continuous improvement while supporting responsive, secure, and highly available systems.