TurbineOne - Software Development Engineer in Test (SDET)
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Requirements
• High standard of ethics, grit, integrity, and moral character.5+ years of experience in software testing, quality engineering, or SDET roles. • Strong programming skills (Python preferred) and experience building automated test frameworks. • Experience testing on-premise, air-gapped, or enterprise deployments. • Strong understanding of Linux systems, networking fundamentals (LAN vs WAN, ssh, IP, DHCP), and containerization (Docker, Kubernetes). • Experience validating software across multiple operating systems and hardware environments. • Familiarity with CI/CD systems and infrastructure-as-code tools. • Experience performance testing distributed systems or ML-driven applications. • Excellent debugging and root-cause analysis skills across full-stack systems. • Strong written and verbal communication skills. • A college degree in Computer Science, Engineering, or related field is preferred. • Startup Culture Expectations: • We’re a small, fully remote team, and everything is our responsibility. • Our team thrives on autonomy, trust, and solid communication. • Everyone on the Team needs to be very comfortable with constant change, moving fast, sharing failures, embracing grit, and building things themselves. • Eligibility: • Must be eligible to obtain a clearance with the U.S. government.
Responsibilities
• Design, build, and maintain automated test frameworks for FPS across on-prem and cloud environments. • Develop end-to-end, integration, regression, and performance test suites for multi-platform deployments (Linux, Windows, edge devices, containerized systems). • Own validation and verification processes for on-prem, air-gapped, and customer-specific deployments. • Build CI/CD testing pipelines to support rapid iteration while maintaining system reliability. • Create deployment validation scripts and health checks for infrastructure and application layers. • Simulate comms-contested and resource-constrained environments to test system resilience. • Collaborate closely with engineering, DevOps, and field integration teams to identify edge cases and prevent production defects. • Troubleshoot complex system-level issues spanning application, networking, containerization, and hardware interfaces. • Develop reproducible test environments using virtualization and container orchestration tools. • Document test strategies, deployment validation procedures, and release readiness criteria. • Continuously improve testing methodologies to support rapid scaling and evolving customer requirements. • On a Typical Day You Would: • Write automated integration tests to validate FPS workflows. • Build and maintain CI pipelines that test containerized deployments before release. • Spin up a simulated air-gapped environment to reproduce and debug a customer-reported issue. • Validate FPS across multiple operating systems and hardware configurations. • Design a stress test to evaluate system performance under limited bandwidth conditions. • Collaborate with engineers to identify root causes of deployment failures. • Create scripts to automatically verify installation, configuration, and system health checks. • Participate in release reviews to ensure readiness for field deployment. • Improve test coverage across APIs, UI components, ML pipelines, and system integrations.
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