Robotics
In the Robotics course, students acquire basic knowledge of robotics, safety rules, the Arduino platform, and the construction of simple circuits. Throughout the course, participants work with Arduino IDE, breadboards, sensors, motor drivers, and various electronic components. Each month, they apply what they have learned in practice, carry out mini-projects, and at the end of the month, develop prototypes that address real-world problems. The course helps develop logical thinking, creativity, and problem-solving skills.
Üstünlüklərimiz
Professional Mentors
Guidance and support from experienced specialists
Practical Learning
Not just theory — hands-on experience through real projects
Modern Technologies
Python, AI, web development and other trending fields
Career Support
CV preparation, interview simulations and access to job opportunities
Curriculum
Introduction and Fundamentals of Robotics
- 1.Introduction to Robotics and Safety Fundamentals of Mechanical Design and Basic Electronics Theory Chassis Construction, Breadboard Use, and Building Simple Circuits Introduction to Microcontrollers (Arduino), First Program with Arduino – Turning on an LED
First Steps with Programming and Sensors
- 1.Programming Fundamentals – Logic and Structure, Conditions and Decisions Introduction to Sensors – Light Sensor (LDR), Reading Sensor Data, Controlling LEDs with Sensors Debugging Techni ques, Simple Project Planning Component Integration – The First Small Circuit
Motors and Motion Control
- 1.Introduction to Motors, Motor Drivers Motor Control with Arduino, Speed Control with P WM Distance Sensor ( HC SR04), Sensor Based Motion Mini Pro ject Design, Mini Project: Obstacle Climbing Robot
Sensor Expansion and Integration
- 1.Infrared (IR) Sensors, Color Sensors Temperature and Humidity Sensor, Multi-Sensor Integration Sensor Calibration, Data Logging Mini Project Planning, Mini Project: Smart Home Model
Advanced Programming and Algorithms
- 1.Code Modularization with Functions, Loops (for, while) Arrays and Data Storage, PID Control Line Following Algorithm, Programming a Line Following Robot Mini Project Design, Mini Project: Line Following Robot
Final Project and Presentation
- 1.Project Planning, Component Selection Mechanical Design, Electronics Integration Programming, Testing and Debugging Project Improvement, Final Presentation
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Frequently Asked Questions
idtech is a modern learning ecosystem providing education in technology, programming, and digital skills.
You can register by filling out the form in the 'Apply' section on our website.
Our courses are suitable for both beginners and those looking to deepen their expertise.
Yes, lessons are available both online and in classrooms.