Teams at Sabanto

Build and deploy perception systems for autonomous agricultural equipment. Responsibilities include integrating and calibrating cameras, LiDAR, radar, GNSS, and IMU sensors; developing obstacle detection, tracking, sensor-fusion, and computer-vision pipelines; deploying models on edge hardware; creating data evaluation workflows; and troubleshooting field issues. The role requires production-quality code, real-time optimization, on-vehicle validation, and occasional customer-site travel.

Design and improve user experiences for Sabanto’s Vehicle Mission Control React and React Native applications. Responsibilities include creating user-centered designs, prototypes, icons, illustrations, usability tests, heuristic evaluations, friction logs, and design documentation. The designer will collaborate with product managers and engineers, own the Figma and Storybook design system, and conduct visual quality assurance using Chromatic.

Integrate autonomous control systems onto tractors by designing and building electrical harnesses, creating wiring schematics, developing embedded C++/Python software, interfacing sensors/actuators/controllers, and performing lab and field system integration, testing, troubleshooting, and deployments.