Design and validate autonomous vehicle system architectures and construct safety cases to ensure the integrity of airside driving solutions. Define safety goals, manage requirements documentation, and establish rigorous engineering standards for fail-safe performance.
AeroVect
10 Remote Job Openings at AeroVect
Own and drive the production reliability of the localization, mapping, and calibration stack for autonomous ground operations. Develop online validation tools and diagnostic systems to monitor localization integrity and safety during live missions.
Lead the end-to-end autonomy organization, managing the technical roadmap and the team across perception, prediction, planning, controls, and localization. Act as the primary interface between autonomy and other cross-functional teams while remaining hands-on in design reviews and debugging.
The Principal Engineer will hold the deepest technical ownership of the perception, prediction, and planning stacks to set the overall technical direction for the autonomy team. They will own the functional and software architecture of the autonomy stack and ensure coherent end-to-end system integration.
Establish the design function from the ground up, defining vision and standards for the Autonomous Ground Support Equipment Service. Lead the end-to-end design of fleet operations tools and customer-facing dashboards for airline and airport stakeholders.
Source and recruit top-tier technical talent specializing in robotics, autonomy, and hardware to scale the company's team. Partner with founders and engineering leaders to align sourcing strategies and deliver a high-quality candidate experience.
Define and own the product strategy and roadmap for Autonomous Ground Support Equipment (AGSE) services, spanning autonomous driving and fleet operations. Lead a team of product managers while collaborating with engineering and customers to translate operational needs into technical requirements.
You will design and implement mission, behavior, and motion planning systems for autonomous ground support equipment in airport environments. You will also drive technical architecture decisions and collaborate cross-functionally with perception and controls teams to deliver integrated autonomy solutions.
You will develop, deploy, and monitor 2D/3D object detection models while maintaining data pipelines and multi-modal datasets. Additionally, you will architect secondary perception systems and mentor junior engineering staff.
Architect and deploy 3D object detection models using multi-modal sensor data including camera, LiDAR, and Radar. Develop and maintain data collection pipelines while mentoring junior engineers on best practices.