Course Objective:
This course is designed to introduce students to Raspberry Pi and how it serves as a full-fledged computer capable of running Linux. Through a combination of command-line programming, hardware interfacing, and simple Python scripts, students will learn to control electronics components and create real-time interactive systems.
Key Learning Outcomes:
- Understand Raspberry Pi setup and Linux OS basics
- Use GPIO pins to control LEDs, sensors, and switches
- Learn command-line tools for programming and system tasks
- Write Python scripts to automate hardware
- Understand physical computing and real-world interfacing
- Apply design skills using Fusion 360 for enclosures
Topics Covered
- Introduction to Raspberry Pi models and OS installation
- Basic Linux terminal commands
- GPIO pin layout and control
- Python programming for GPIO: RPi.GPIO / GPIOZero libraries
- Reading input from buttons, sensors (LDR, PIR, etc.)
- Controlling outputs: LEDs, buzzers, relays
- Shell scripting basics for automation
- Safe shutdown and reboot practices
- Integration of hardware with simple Python logic
Projects (Total 6–8):
- LED Control via Python
- Motion-activated Security Light
- Pushbutton-activated Buzzer
- LDR-based Auto Light System
- Temperature Logger using DHT11
- Shutdown Button using GPIO
- Custom Raspberry Pi Enclosure (3D printed)
- Basic Weather Monitor Display
- LED Control via Python
- Age Group: 15–18 years
- Duration: 1.5 months
- Mode: Linux-based Raspberry Pi Programming + Basic Electronics
Teaching Methodology:
- Linux and Raspberry Pi hands-on tutorials
- Python scripting labs for GPIO control
- Circuit design and hardware debugging
- CAD design tasks using Fusion 360
- Group mini-projects and real-time testing
Prerequisites:
- Basic Python programming skills
- Interest in hardware or electronics
- Familiarity with simple circuits (optional)
Components, Hardware & Software Required
| Item | Purpose | Notes |
|---|---|---|
|
Raspberry Pi (Model 3/4)
|
Main development board
|
With SD card & power adapter |
|
Sensors (PIR, LDR, DHT11)
|
For sensing input
|
Project-specific |
|
LEDs, Buttons, Buzzer
|
Output and input devices
|
Standard kit components |
|
Jumper wires, Breadboard
|
Prototyping
|
For safe and flexible wiring |
|
Monitor, Keyboard, Mouse
|
Interface with Raspberry Pi (optional)
|
Or use remote SSH access |
|
Fusion 360 Software
|
CAD design and STL export
|
Free for students |
Hardware Setup:
- Configure Raspberry Pi with Raspberry Pi OS
- Use GPIO header to connect sensors via breadboard
- Write and uploa Python scripts via terminal or VS Code
- Connect Pi to monitor or access via SSH
Tools Needed:
- Computer or laptop for remote access or code editing
- Basic electronics kit
- Internet for installing packages and updates
- 3D printer (for optional casing projects)
Additional Resources:
- Raspberry Pi documentation
- GPIOZero and RPi.GPIO library guides
- Fusion 360 official tutorials
- Online forums and sample projects
Outcome & Benefits:
Students gain a strong foundation in Linux-based computing, physical hardware control, and system-level coding. They become capable of building embedded systems that combine software logic with electronic interaction, preparing them for advanced IoT and automation development.
Key Highlights
Project Based Learning
Real World Project
Comprehensive Curriculum
Expert Instructors
6 Steps to your Course Path
Empowering Young Minds with Robotics, Coding, Innovation, and Future Skills
At Vctroid, we spark curiosity and creativity in students through hands-on robotics and coding education. Our expert-led training, gamified challenges, and international competition exposure prepare kids for tomorrow’s tech-driven world. Whether it’s logic building, real-world problem solving, or innovation—Vctroid equips young minds with future-ready skills, confidence, and a passion for technology. Let your child build the future today !
