An autonomous agricultural robot designed to improve precision farming through mobile navigation, embedded systems, sensors, and robotic manipulation. This project integrates mechanical design, electronics, IoT communication, and intelligent control to create a smart robotic platform.

This project presents the design and development of an agricultural robotic arm for greenhouse applications. It focuses on the mechanical design, electronic architecture, system control, and prototype realization. The aim is to support smart agriculture by automating repetitive tasks, improving efficiency, and reducing manual effort in greenhouse environments.

This project focuses on creating a mobile platform through an organized Scrum-based development process. It includes requirements analysis, system design, architecture definition, and the implementation of key features such as authentication and onboarding.
The goal is to deliver a functional, structured, and user-friendly mobile application adapted to the project’s needs.