Engineering

Course Description

The Engineering course is built for teenagers who want a serious and practical engineering foundation. Students study electronics, components, signals, Arduino and C/C++ basics, Python, data, sensors, and engineering software. Every topic is connected to labs and projects, so students understand both the theory and its real application.

Advantages

Balanced theory and hands-on practice in every module.
Industry-based topics: circuits, sensors, embedded logic, measurement, and software tools.
A systematic path toward robotics, automation, AI, and advanced engineering projects.

What is included in the program?

Electricity, circuits, Ohm’s law, and measurement practice
Components, signals, digital inputs and outputs, and sensor systems
Arduino, C/C++ basics, serial monitor, and embedded experiments
Python, files, data basics, visualization, and engineering software tasks
Final engineering project with testing, documentation, and presentation

Program modules

The program is organized as a connected learning path: theoretical foundations, practical labs, prototype development, testing, and presentation.

Electronics fundamentals

Measured circuit experiment

Students study current, voltage, resistance, circuit behavior, and measurement through real labs.

Signals and components

Signal or control mini-project

The course introduces practical electronic components, signal behavior, control elements, and real circuit debugging.

Arduino and embedded basics

Sensor-based mini-project

Students learn microcontroller logic, C/C++ basics, serial communication, buttons, sensors, and actuators.

Python and data basics

Calculator, quiz, or data visualization task

Students use Python for logic, functions, files, simple data processing, and engineering-style visualization.

Project architecture

Approved project design

Students prepare a project proposal, block diagram, component plan, and software plan.

Prototype and demo

Final presentation

Students build, integrate, test, document, and present a working engineering prototype.