Top Remote Linux Jobs in San Diego, CA

Designs, builds, and operates secure, scalable cloud infrastructure, deployment pipelines, and operational systems. Owns infrastructure architecture, provisioning, CI/CD, infrastructure-as-code, automation, observability, reliability, cost optimization, and incident response. Leads SRE practices, resolves complex production issues, supports distributed systems and microservices, and collaborates with Product and Engineering teams. Participates in on-call rotations and drives durable solutions that improve platform availability and performance.

Designs, analyzes, builds, and tests Starship flight hardware, including propellant tanks, structures, interfaces, and subassemblies. Responsibilities include CAD modeling in NX, finite element analysis, structural calculations, qualification testing, design for manufacturability, and hands-on factory integration. The engineer collaborates across disciplines, supports production teams, and owns hardware from concept through flight.

Own and enhance the native iOS application by building polished, performant user interfaces, architecting scalable and maintainable code, writing unit and functional tests, resolving production issues, and improving existing systems. Collaborate closely with Design and Product teams to develop features, refine processes, and contribute to product decisions and technical improvements.

Support building and redesigning responsive, mobile-friendly websites; create wireframes and sitemaps; develop front-end UIs and assist with back-end tasks; optimize for performance, scalability, and SEO; participate in brainstorming, debugging, testing, and follow clean coding and version-control best practices under developer mentorship.

Leads architecture, development, customization, integration, and implementation of SAP Commerce Cloud solutions. Creates technical specifications and data models, conducts code reviews, leads Scrum sessions, estimates work, configures data imports, and ensures timely delivery. Collaborates with clients, solution architects, project managers, and developers while mentoring junior team members and serving as an SAP Commerce Cloud technical authority.

Administer and optimize Microsoft SQL Server environments across development, test, and production. Responsibilities include performance tuning, backup and recovery, high availability, disaster recovery, security, patching, automation, monitoring, capacity management, database deployments, and production support. The role partners with development, infrastructure, security, QA, and DevOps teams while supporting on-premises and cloud-hosted SQL Server platforms.

Develop and maintain scalable native Android applications using Kotlin, focusing on performance, usability, architecture, testing, and code quality. Collaborate with product, design, and backend teams; troubleshoot complex issues; maintain CI/CD workflows; document systems; lead technical initiatives; mentor junior engineers; and contribute to feature planning and estimation.

Lead the architecture, development, operation, and evolution of TetraScience’s multi-tenant Tetra Apps platform. Design containerized application runtimes, routing, identity, security, observability, deployment, and developer tooling. Guide sprint and quarterly planning, write architecture decisions, support production customers, and mentor engineers through technical leadership. Remain hands-on across TypeScript, Node.js, React, Python, AWS, infrastructure-as-code, and CI/CD while safely improving a live platform.

Leads and develops a cross-functional software engineering team delivering and operating an enterprise AI platform. Responsibilities include coaching engineers, improving software development, testing, DevOps, support, reliability, observability, and delivery practices; partnering with product, architecture, AI, and business leaders; hiring and developing talent; and occasionally contributing hands-on to coding, debugging, automation, technical spikes, and code reviews.

Lead site reliability engineering across the organization by architecting resilient distributed microservices, advancing observability, and improving incident response. Build self-service infrastructure and automated tooling using Kubernetes, cloud platforms, Terraform, Helm, and GitOps. Establish SLO-driven engineering practices, support multi-cloud infrastructure strategy, serve as a critical incident escalation point, and drive blameless postmortems, root-cause elimination, remediation, and automated recovery.