Software Engineer, AV Logging and Observability

About the Role

You will own projects and technical workstreams that improve the reliability, observability, and operability of fleet-scale vehicle data recording and delivery. You will build Python software across cloud, backend, and data platforms so high-value vehicle and sensor data is captured, transferred, processed, and made usable for autonomous vehicle development. You will refine requirements, define architecture and execution plans, lead design reviews and reliability investigations, resolve non-routine integration issues, and deliver production-ready solutions that improve service health, data quality, reliability, performance, privacy, and operational readiness. You will connect vehicle symptoms to cloud behavior, identify systemic failure patterns, drive cross-team corrective actions, and apply AI and LLMs to triage, telemetry analysis, issue classification, root-cause investigation, and engineering automation. You will work across Python services, telemetry pipelines, cloud infrastructure, backend services, data storage, monitoring, metrics, and reliability workflows. You will collaborate across partner organizations—including cloud platform, backend, systems engineering, fleet operations, data engineering, and downstream consumers—to deliver reliable, diagnosable, and scalable fleet data capabilities.

Responsibilities

• Own project-level initiatives that improve the reliability of vehicle-to-cloud data recording and telemetry workflows.
• Develop Python software for telemetry processing, data validation, metrics, reliability automation, and operational tooling.
• Build components that capture, filter, validate, package, store, and deliver vehicle and sensor data.
• Define data-quality checks, metric semantics, dashboards, service-level indicators, and operational health measures.
• Debug complex issues across data pipelines, cloud ingestion, storage, distributed processing, monitoring systems, and backend integrations.
• Apply AI and large language models (LLMs) to accelerate issue discovery, failure classification, root-cause analysis, knowledge retrieval, and workflow automation.
• Collaborate across cloud, backend, data engineering, fleet operations, and downstream teams to align interfaces, metrics, ownership, and operating expectations.
• Improve performance, scalability, observability, privacy, availability, and cloud cost across data workflows.
• Deliver reliable software through clear requirements, design reviews, code reviews, automated testing, CI, staged rollout, monitoring, and incident response.
• Mentor engineers and contribute to reusable patterns, documentation, tooling, and continuous engineering improvement.

Requirements

• Bachelor’s degree in Computer Science, Computer Engineering, Electrical Engineering, Robotics, Artificial Intelligence, Machine Learning, or a related technical field, or equivalent practical experience.
• Experience delivering production-quality Python software, data workflows, or reliability projects with limited guidance.
• Experience with embedded SW, Robotics, Automotive, or a similar tech stack.
• Strong fundamentals in data structures, algorithms, operating systems, distributed systems, networking, and software design.
• Strong Python coding ability, including writing maintainable, testable, observable, and performance-conscious software.
• Experience with telemetry processing, data pipelines, cloud services, backend integrations, monitoring, or reliability automation.
• Ability to debug complex software, cloud, distributed-system, and data-integration issues and drive root-cause resolution.
• Experience owning technical requirements, plans, milestones, risks, and delivery for a project, feature area, or workstream.
• Ability to communicate technical tradeoffs clearly and collaborate effectively across engineering teams and organizations.

Preferred Qualifications

• Experience building Python services, cloud applications, data-processing workflows