MontrealSummary Join our team at Shearwater Aerospace, where you will collaborate with leading experts in autonomous soaring research and shape the future of flight technology. Inspired by birds that can fly for days or even months, our co-founders envisioned a world where drones could emulate this capability. This vision extends across various domains, from enhancing public safety to revolutionizing wildfire management and disaster response. By harnessing the potential of autonomous drones, we aim to mitigate greenhouse gas emissions and prioritize human safety by reducing reliance on traditional aircraft. Join us in pioneering innovation that redefines the possibilities of flight.Job Description As an Autonomy Software Engineer, you’ll contribute to improving the robustness of our autonomy platform, developing new autonomous capabilities end-to-end, and deploying these to customers for a wide range of use cases (including situational awareness, search and rescue, and delivery). This is a hands‑on role, in which you will be expected to deliver the solutions you design to production.What you’ll doDevelop and refine the autonomy stack, including planning algorithms and real-time guidance systems.Create advanced preflight planning tools to optimize aircraft performance based on mission objectives and environmental conditions.Work collaboratively with cross‑functional teams to integrate autonomy capabilities into real‑world applications.Participate in testing and validation, from simulation environments to real‑world deployments.Ensure software quality, maintainability, and adherence to best practices in design and implementation.We are looking for4+ years of professional work experience as a software engineerStrong engineering background from industry or school, ideally in areas/fields such robotics, systems engineering, electrical engineering, aerospace engineering or similar fieldsSolid understanding of flight dynamics.High proficiency in C++ and PythonExperience with PX4 autopilot software and ROS2Detail oriented with great technical documentation and communication skillsStrong software engineering fundamentals and a commitment to writing clean, well architected codeAbility to quickly understand and navigate complex systems and established code basesGreat to haveHands‑on experience with weather modeling or integration of environmental dataPassionate about solving real world problems, quicklyExposure with Gazebo, jsbSim or other simulation frameworksUnderstanding of containerization technologies such as DockerPractical knowledge of gliding or soaring techniques is a plusPassion for innovation in autonomous systems and problem-solvingMeaningful equity in addition to salaryThe potential to leave your mark in a growing industryWork with a world‑leading researcher in autonomous flightNote Only Canadian residents or candidates with an appropriate Canadian work visa will be considered for this position.#J-18808-Ljbffr