Collection of engineering projects developed and supervised within the EUTG Robotics & AI Laboratory.
This repository showcases student innovation projects in Artificial Intelligence, Robotics, Internet of Things (IoT), Embedded Systems and Smart Systems.
The objective is to create a long-term archive of academic engineering projects, documenting the evolution of student skills, prototypes and applied research activities.
Institution:
EUTG Robotics & AI Laboratory
Role:
Laboratory Coordinator
Responsibilities:
- Supervising student engineering projects
- Providing technical guidance and mentorship
- Designing practical AI and robotics learning activities
- Supporting prototype development
- Promoting research-oriented engineering culture
Projects involving:
- Mobile robotics
- Autonomous systems
- Mechatronics
- Sensors and actuators
- Robotic control
Projects involving:
- Machine Learning
- Computer Vision
- Edge AI
- Intelligent decision systems
- AI-based automation
Projects involving:
- Connected devices
- Wireless communication
- Sensor networks
- Remote monitoring
- Smart systems
Projects involving:
- ESP32
- Arduino
- Raspberry Pi
- Microcontrollers
- Real-time embedded applications
Domain: IoT | Embedded Systems | Mechatronics | Safety Systems
Overview:
IGNIS is an autonomous intelligent system designed for early fire detection, multi-channel alerting and targeted extinction.
Main Features:
- Early fire detection
- GSM/SMS emergency alerts
- MQTT communication
- Live video monitoring
- Remote web control interface
- Automated water projection system
Domain: IoT | Renewable Energy | Embedded Systems
Overview:
SUN-IA is an intelligent solar tracking system inspired by heliotropism. The system automatically adjusts the orientation of a solar panel toward the strongest light source.
Main Features:
- Automatic solar tracking
- Light intensity measurement
- Remote monitoring
- IoT communication
- Web supervision interface
Domain: Smart Home | IoT | Automation
Overview:
An intelligent home automation system integrating connected sensors and remote control capabilities.
Domain: Smart Management | IoT
Overview:
A smart restaurant management prototype based on connected devices and automation technologies.
Domain: Agriculture AI | IoT | Embedded Systems
Overview:
An intelligent irrigation system designed to optimize water management using sensors, artificial intelligence concepts and wireless communication.
Main Technologies:
- AI
- Soil monitoring
- NRF radio frequency communication
- Embedded systems
- Smart agriculture
Domain: Computer Vision | Edge AI | Smart City
Overview:
An intelligent waste management system using computer vision and embedded computing for automated waste detection and monitoring.
Main Technologies:
- Raspberry Pi
- Camera module
- Computer Vision
- Ultrasonic sensors
- Edge AI
These projects contribute to developing student skills in:
- Engineering design
- Hardware prototyping
- Software development
- AI experimentation
- IoT architecture
- Team collaboration
- Problem solving
Future student projects will explore:
- Advanced Edge AI models
- Autonomous robotics
- Computer vision applications
- Smart agriculture systems
- Climate and environmental intelligence
- AI-powered embedded solutions
Building a new generation of engineers capable of designing intelligent technological solutions adapted to African challenges through Artificial Intelligence, Robotics and Embedded Systems.