Top Remote Linux Jobs in San Diego, CA

Design, build, deploy, and maintain production-ready backend software using Python and Django. Develop APIs, data models, performance optimizations, and secure systems while occasionally contributing to React, TypeScript, infrastructure, and CI/CD work. Collaborate cross-functionally to deliver reliable product experiences and continuously improve technical capabilities.

Build and ship end-to-end product features across an author analytics dashboard, marketing site, free tools, billing, email, and AI-assisted functionality. Design data models and APIs, integrate third-party services, develop production LLM features, and maintain testing, monitoring, performance, and observability. The role includes code review, technical documentation, independent product decisions, and close collaboration with the founder in a remote-first environment.

Build and scale global payments and treasury systems using resilient, event-driven, microservice-based architecture. Design and implement cloud-native services, client-facing APIs, distributed systems, payment rails, financial ledgers, and reconciliation solutions. Collaborate independently and across teams, troubleshoot complex issues, maintain high-quality tested code, and contribute to technical and product goal definition.

Provides technical and field support for Advanced Flow Solutions fire and safety products. Responsibilities include installing and testing systems, training customers, developing specifications and curriculum, collecting customer feedback, supporting sales, testing new products, designing wiring harnesses, and advising engineering and product management. Requires expertise in vehicle electrical, multiplexing, engine, hydraulic, and apparatus pumping systems, along with strong communication, presentation, and problem-solving skills. Travel exceeds 50%.

Designs and operates production-grade Amazon EKS platforms across AWS and on-premises environments. Responsibilities include hybrid Kubernetes networking, autoscaling with Karpenter, Bottlerocket lifecycle management, EMR-on-EKS workloads, GPU infrastructure for AI and voice inference, GitOps deployment, security policy enforcement, infrastructure as code, observability, disaster recovery, and operational documentation.

Build and scale Azure cloud infrastructure, Docker Swarm or Kubernetes clusters, and Terraform-managed environments. Create and maintain Azure DevOps CI/CD pipelines, deployment scripts, health checks, alerts, configuration, and automation workflows. Troubleshoot infrastructure and release issues, collaborate across technical teams, and document deployment processes. The role requires production experience with cloud platforms, scripting, CI/CD, infrastructure automation, and AI-assisted DevOps tools.

Recommend and implement cloud solutions across on-premises, cloud, and hybrid environments for defense and intelligence clients. Manage AWS or Azure cloud consoles, Kubernetes clusters, security configurations, DoD STIG compliance, infrastructure and configuration as code, automation, and system monitoring. Use scripting and observability tools to maintain performance and security of critical systems. A Secret clearance and DoD 8570 IAT II certification are required.

The Principal Electrical Engineer designs and develops electrical systems, builds prototypes, conducts failure analysis, and collaborates with teams to optimize product performance.

Full-time remote engineering internship with Product Engineering and AI/ML Engineering tracks. Interns may build and optimize scalable product features, contribute to architecture and design decisions, develop data pipelines and machine learning models, deploy AI applications, and integrate LLM-powered capabilities into Chess.com products. Applicants should be enrolled students or equivalent bootcamp participants with strong communication, ownership, teamwork, and relevant programming, database, machine learning, or AI experience.

Develop facility and site design drawings for pipeline and gas infrastructure projects using AutoCAD, CADWorx, and Plant 3D. Create installation details, panel layouts, wiring schematics, plot plans, equipment layouts, and complete drawing packages. Convert 3D models to 2D drawings, use point clouds to model existing conditions, interpret P&ID packages, and coordinate deliverables with drafters while following project, industry, and client standards.