
Hassaan Farooqi developed a foundational localization package for the WATonomous/wato_monorepo, focusing on vehicle pose estimation using wheel odometry. He implemented a bicycle-model odometry approach in C++ and Python, enabling the system to estimate vehicle pose from wheel speeds and steering angle. To support robust testing and validation, he created a mock data publisher, allowing end-to-end evaluation of the localization pipeline. His work established a reusable pose-estimation framework that supports future SLAM and localization enhancements, facilitating safer integration with navigation components. The project leveraged ROS2 and Docker, demonstrating depth in robotics software engineering and modular system design.

March 2025 performance summary for WATonomous/wato_monorepo focused on establishing foundational localization capabilities and enabling end-to-end testing for vehicle pose estimation. Delivered Vehicle Pose Estimation via Wheel Odometry (Localization Package) using a bicycle-model odometry approach with an accompanying mock data publisher to facilitate testing and validation. This work creates a reusable pose-estimation pipeline, supporting future SLAM/localization iterations and safer integration with navigation components.
March 2025 performance summary for WATonomous/wato_monorepo focused on establishing foundational localization capabilities and enabling end-to-end testing for vehicle pose estimation. Delivered Vehicle Pose Estimation via Wheel Odometry (Localization Package) using a bicycle-model odometry approach with an accompanying mock data publisher to facilitate testing and validation. This work creates a reusable pose-estimation pipeline, supporting future SLAM/localization iterations and safer integration with navigation components.
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