Lead Engineer, Data Collection, Prime Air - Data for Autonomous Aircraft (DA2)

Amazon

Amazon

Seattle, WA, USA

Posted on May 28, 2026

Description

Prime Air is Amazon's drone delivery program, working to safely deliver packages to customers in under an hour. The Data for Autonomous Aircraft (DA2) team within Prime Air designs, develops, and operates prototype platforms that provide high-quality data to develop and validate features for commercial autonomous flight operations.

We are seeking an experienced Lead Engineer to serve as the senior technical authority for the DA2 engineering team. This role requires a versatile engineer who can work fluidly across engineering domains — software, electrical, hardware, mechanical, and systems integration — with particular depth in hardware-software integration for complex sensor payloads. Our greatest technical challenges lie at the intersection of embedded software and deployed hardware: ensuring our software performs reliably on the multi-sensor payloads we design, build, and fly in real-world environments.

The ideal candidate brings at least 10 years of engineering experience, preferably in aerospace, robotics, or autonomous systems, and combines deep technical expertise with the ability to lead through ambiguity. You must have an excellent understanding of software development best practices, modern development flows (CI/CD, version control, automated testing), and how to integrate AI tools and techniques into engineering workflows to accelerate development velocity and improve quality. You will be the engineering team's senior technical voice — setting the bar for quality, driving root cause resolution of the most complex system defects, and charting the technical roadmap that enables DA2 to deliver on Prime Air's mission.

Key job responsibilities
Technical Roadmap & Quality Ownership: Create and maintain the DA2 engineering roadmap, balancing defect resolution and operational reliability with long-term platform development. Own the technical quality of all team deliverables across hardware, software, and systems integration — establishing engineering standards, design review rigor, and quality gates that ensure platforms produce reliable, high-quality data.

Root Cause & Complex Problem Resolution: Own the RCCA process for system defects. Serve as the escalation point for the most complex cross-domain challenges spanning embedded software, sensor hardware, data pipelines, and system integration.

Hardware-Software Integration & AI Modernization: Drive integration strategy ensuring software operates reliably on deployed payload hardware. Lead resolution of interface issues across camera systems, navigation units, radar, and onboard processing. Champion AI tools and techniques in engineering workflows to improve velocity and effectiveness.

Cross-Functional Leadership & Mentorship: Represent DA2 engineering in technical forums, design reviews, trade studies, and leadership discussions across Prime Air. Collaborate with partner teams to align priorities with program objectives. Mentor engineers across disciplines and foster a culture of rigorous engineering practice.

A day in the life
You'll start your day reviewing collection data quality, triaging defects, and prioritizing engineering response. You might lead a design review for a next-generation sensor payload, then dive into a cross-domain root cause investigation systems development, software engineers, and hardware engineers. Throughout, you're mentoring engineers, challenging assumptions, and making the call between tactical fixes and systemic solutions — always keeping platform reliability and data quality at the center.



About the team
DA2 is Prime Air's prototyping and data gathering group — designing, building, and operating custom sensor platforms that collect the real-world data needed to validate and advance algorithms for Amazon's autonomous delivery drone. The team moves fast, iterating on hardware and software to enable next-generation capabilities. As Lead Engineer, you'll provide senior technical leadership across the full engineering lifecycle — from early-stage prototyping through field deployment and operational support.