Robotics level 1
"Hands-on, complete projects you'll build from scratch—from code to circuit. Master it the simplest way with premium support from experienced engineers."
What You Will Learn
Three core pillars of robotics education.
What You Will Learn
C Programming
Master the fundamentals of C programming — variables, loops, functions, and control structures. Write efficient code for embedded systems.
Microcontrollers
Work with Arduino and ESP32 microcontrollers. Understand GPIO, PWM, ADC, and communication protocols to control hardware.
Robotics & Automation
Build and program robots: line followers, obstacle avoiders, Bluetooth-controlled cars. Apply sensors and motors in real projects.
Our Teaching Approach
A balanced curriculum across theory, practice, and competition.
Our Teaching Approach
C Programming
Arduino & Projects
Logic & Electronics
Hands-On Projects
Real-world projects to solidify your skills.
smart home
"An integrated capstone project utilizing multiple sensors to control multiple actuators/outputs."
Line Follower Robot
Build and program a complete Line Follower Robot from scratch using Arduino.
Obstacle Avoider Car
Build and program a complete Obstacle Avoider Car from scratch using Arduino.
Bluetooth Control Car
Build and program a complete Bluetooth Control Car from scratch using Arduino.
Ultrasonic Distance Meter
Build and program a complete Ultrasonic Distance Meter from scratch using Arduino.
Autonomous Light Tracker
Build and program a complete Autonomous Light Tracker from scratch using Arduino.
"High-Voltage Load Control"
"Using Arduino to control loads greater than 5V, such as a 220V lamp or a 12V pump, to create integrated projects."
"Using mobile phones for control, transmission, and reception."
"Educating and training students on how to transmit and receive data via mobile phones, and creating complete projects using Bluetooth technology."
Basic of electronics
"A simplified explanation of various electronic components—such as transistors, capacitors, zener diodes, and diodes—along with the implementation of simple practical applications."
logical designe
"Introduction to Practical Digital Logic Design: From Scratch to Advanced Integrated Projects"
"Fundamentals of Electricity, Measurement, and Soldering"
"Students will learn the core concepts of electricity and train on using various measurement tools to measure voltage, current, and resistance. Additionally, they will be trained on soldering using a soldering iron and introduced to Printed Circuit Boards (PCBs)."
"Sumo Robot Competition"
"A competition where the student designs everything from the chassis layout to the mechanical assembly and code writing."
From Beginner to Builder
By the end of this course, students will have built multiple robots, mastered C programming fundamentals, and developed strong problem-solving skills.