Engineering 1 — Electronics, Coding & Robotics Foundations
Engineering 1 is the starting point for teenagers who want a strong practical engineering foundation. Students learn electronics, circuit behavior, measurement, microcontroller logic, programming basics, sensors and simple robotic systems. Every topic is connected to a lab or project so students understand both the theory and the real application.
Advantages
- Strong fundamentals in electronics, coding and hardware logic.
- Practical labs that explain theory through real circuits and devices.
- A structured path toward automation, robotics and advanced engineering courses.
What is included in the program?
- Electricity, voltage, current, resistance and circuit measurement
- Components, LEDs, buttons, buzzers, motors, sensors and breadboard work
- Arduino and C/C++ basics for microcontroller control
- Python fundamentals for logic and simple engineering tasks
- Mini robotics and automation projects with testing and presentation
Program modules
The program is organized as a connected learning path: theoretical foundations, practical labs, prototype development, testing, and presentation.
Circuit fundamentals
Measured circuit experimentStudents learn how current, voltage, resistance and components behave through real measurements.
Digital control
Interactive hardware taskStudents connect switches, LEDs, sensors and buzzers to understand digital inputs and outputs.
Arduino programming
Arduino mini-projectStudents write simple control code, use serial monitor and debug microcontroller behavior.
Sensors and actuators
Sensor-controlled deviceStudents use sensors, motors and servos to create systems that react to the environment.
Final prototype
Final project demoStudents combine electronics, code and testing into a complete beginner engineering prototype.