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Duration: 48 hours
Duration: 48 hours
Learn Robotics & AI – Build Your Own Smart Car!
Learn Robotics & AI – Build Your Own Smart Car!
📍 Location - Via Carlo Farini 81, Milano, Italy
📅 Saturday And Sunday at 18:00 - 19:30
⏳ Duration: 16-week course, 3 hrs per week
📞 Whatsapp Contact: 327 3629167
Course highlight
Course highlight
Introduction to Robotics & Electronics
Sensors, Motors & Microcontrollers
Coding with Python / Arduino / Scratch
Ages 10+, Beginners, No experience needed
Ages 10+, Beginners, No experience needed
Program instructor
Program instructor
Eng. Md Redwanur Rahman
Eng. Md Redwanur Rahman
M.Sc. in Computer Systems Engineering, Polimi, Italy
Learning Outcomes
Learning Outcomes
By the end of this course, students will:
Program robots using Python
Control motors and sensors
Build autonomous robots
Understand robotics + AI integration
Create real-world automation projects
Who Can Join
Who Can Join
School & College Students
Beginners with no robotics experience
Tech enthusiasts
Future AI & Robotics engineers
Introduction to Robotics & Python
Introduction to Robotics & Python
What is Robotics?
Applications of Robotics & AI
Components of a Robot
Why Python for Robotics
Installing Python & Required Libraries
Writing Your First Robot Program
Basic Python Syntax Review
Python Fundamentals for Robotics
Python Fundamentals for Robotics
Variables & Data Types
Conditional Statements
Loops (for, while)
Functions
Python Modules & Libraries
Introduction to GPIO concepts
Microcontrollers & Communication
Microcontrollers & Communication
Introduction to Microcontrollers
Arduino vs Raspberry Pi
Installing Arduino IDE & Python Communication
Serial Communication (USB, UART)
Sending Commands from Python
Sensors – Reading the Environment
Sensors – Reading the Environment
Types of Sensors
Ultrasonic
IR
Temperature & Humidity
Light Sensor
Sensor Data Reading using Python
Analog vs Digital Sensors
Noise & Accuracy in Sensor Data
Motors & Motion Control
Motors & Motion Control
Types of Motors
DC Motors
Servo Motors
Stepper Motors
Motor Drivers (L298N, L293D)
Speed & Direction Control
PWM Concept
Autonomous Robot Logic
Autonomous Robot Logic
What is Autonomous Robotics?
Decision-making Algorithms
Sensor-based Movement Logic
Obstacle Avoidance Techniques
State Machines for Robots
AI Basics for Robotics
AI Basics for Robotics
Introduction to AI in Robotics
Machine Learning Concept Overview
Using Sensor Data for Smart Decisions
Simple AI Logic in Python
Final Project & Deployment
Final Project & Deployment
Designing a Complete Robot System
Integrating Sensors + Motors + Python
Debugging & Optimization
Final Project Presentation
Final Projects (Choose One):
Smart Obstacle-Avoiding Robot
Autonomous Delivery Robot
Environment Monitoring Robot
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