This project is centered on the development of a robotic dog designed to assist the visually impaired in their day-to-day activities. It underscores expertise in Artificial Intelligence, Object Recognition, and the formulation of a unified code. The project addresses a spectrum of challenges, focusing on enhancing the robotic dog's ability to engage with humans and seamlessly navigate its environment.

This project aimed at developing a comprehensive electronic system and PCB design to enable precise control and real-time current monitoring for conducting electrical tests on car headlights. The system facilitates data transmission through the Internet of Things (IoT) and is designed to operate effectively in multiple testing environments.

Crafted specifically for the prestigious All Japan Robot Sumo Tournament, 'Empanadita' made a remarkable debut in 2019, successfully advancing to the second stage of the competition. The project entailed meticulous work on the mechanical design, transmission system, power electronics, and magnetism. The result is a high-performance robot capable of achieving speeds up to 5 m/s when engaged with the metal dohyo. Notably, despite its 3kg weight outside the dohyo, 'Empanadita' demonstrates formidable strength within the dohyo, which has a weight capacity exceeding 100 kg.