flyzipline

Head of Flight Test Engineering

Apply Now

At a Glance

Location
South San Francisco, California, United States
Experience
5+ years
Posted
2026-07-21T11:44:03-04:00

Key Requirements

Certifications

  • SAFe

Domain Knowledge

  • Aerospace
  • Automation
  • Embedded Systems
  • Engineering
  • Logistics
  • Regulatory

Requirements

Zipline builds autonomous delivery systems that move critical goods through real-world logistics networks.

Flight test provides the evidence that aircraft, software, delivery operations, docking and charging systems, and fleet capabilities are ready for commercial operations.

As Head of Flight Test Engineering, you will lead the team that converts complex engineering questions into safe, representative release evidence.

You will own flight test strategy and campaigns while strengthening the automation, data, and operating practices that help Zipline learn quickly and make rigorous release decisions.

You should be excited to lead and grow a team while diving into test architecture, data, automation, risk assessment, and execution details.

You should bring strong judgment about when to move quickly, when to invest in durable infrastructure and process, and how to balance engineering rigor with the pace required to support a rapidly evolving autonomous delivery system.

Responsibilities

Lead, grow, and develop the Flight Test Engineering team.

Own the validation strategy for new aircraft capabilities, software releases, hardware changes, delivery operations, docking and charging systems, fleet behavior, and operational concepts.

Define campaign objectives, success criteria, risk posture, and go/no-go frameworks with Software, Electrical, Mechanical, Controls, Autonomy, Cloud, Systems, Product, and Regulatory teams.

Build and oversee flight test campaigns that produce clear release-readiness evidence and expand representative regression coverage across the end-to-end logistics system.

Improve automated test infrastructure, data pipelines, anomaly detection, reporting, and correctness metrics to increase repeatability, test velocity, test capacity, and decision quality.

Choose the appropriate validation modality—flight, simulation, software-in-the-loop, hardware-in-the-loop, or ground testing—to focus flight testing on the highest-value learning.