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Zipline

Senior Flight Controls Engineer

1w

Zipline

South San Francisco, US · Full-time · $135,000 – $175,000

About this role

Zipline is on a mission to transform the way goods move, solving the world’s most urgent access challenges with instant delivery and logistics systems. From Rwanda’s blood delivery to Walmart home delivery, we use robotics and autonomy to decarbonize delivery and provide equitable access. The GNC team develops critical flight software for autonomous aircraft missions.

In this role, design and develop core flight algorithms and software to ensure aircraft perform maneuvers accurately and reject disturbances. Continuously validate work through software and hardware testing, from simulations to operational flights in our global fleet. Success directly improves delivery network capability.

Zipline’s GNC team thrives on novel solutions for delivery platforms in challenging conditions, ensuring equal service worldwide. Work in a multi-developer environment on production aircraft. Analyze flight data to assess changes and identify improvements.

Join to build a resilient global supply chain for billions, reducing fossil fuels and congestion. Leverage standout applied math and software skills in flight controls. Contribute to powering healthcare and on-demand delivery worldwide.

Requirements

  • Software engineering skills with embedded software (C, C++) and technical computing (MATLAB, Python, Julia) in multi-developer environments
  • Applied math skills standout among aerospace engineers, particularly linear algebra, probability and Bayesian estimation
  • Experience and excitement for simulations and hardware
  • Exposure to precision integrated inertial navigation, dynamic modeling of complex systems, linear control analysis, optimal control with uncertainty, or state estimation in novel circumstances
  • Built flying things from scratch professionally or in design competitions

Responsibilities

  • Design, implement, test and release innovative flight algorithms that improve operational performance of vehicle controllers
  • Create tools and tests to demonstrate design performance and protect against regressions using theoretical guarantees and simulations
  • Analyze flight data to assess recent changes and upgrades for regressions and improvement areas
  • Design onboard integrity tests to communicate system performance degradation
  • Develop core flight software for autonomous mission completion
  • Validate algorithms through simulation and hardware-in-the-loop testing
  • Maintain flight controllers responsive to maneuvers and disturbances

Benefits

  • Starting cash range of $135,000 - $175,000
  • Final cash pay based on experience, qualifications, skills, location and projected impact
  • Total compensation package beyond cash