Raspberry Pi Embedded Training Program (Embedded Linux | Python | IoT)
Raspberry Pi Embedded & IoT Training — From Linux Fundamentals to Smart Automation Projects
Technologies Covered: Raspberry Pi OS, Python Programming, Embedded Linux, GPIO Programming, Sensor & Camera Interfacing, UART/SPI/I2C Communication, Wi-Fi Communication, MQTT Basics, and Web-Based Monitoring.
Course Objectives: Understand Raspberry Pi architecture and embedded Linux, write Python programs to control hardware, interface sensors, cameras, relays and switches, work with UART/SPI/I2C protocols, and build real-time IoT and automation systems with Wi-Fi-based monitoring.
Course Focus: Practical + Industry-Oriented Training with real hardware & IoT applications.
Raspberry Pi Course Curriculum
Raspberry Pi Architecture & Linux Basics
- Raspberry Pi hardware and GPIO pins
- Raspberry Pi OS setup
- Linux command line essentials
- File handling and shell basics
Python Programming
- Python fundamentals
- Hardware control scripting
- Automation scripting
- Working with libraries (RPi.GPIO, gpiozero)
GPIO & Device Interfacing
- LED, relay and buzzer control
- Switch and button input
- PWM output
- External hardware modules
Sensor Interfacing
- Temperature & humidity sensors
- Motion (PIR) sensor
- Light (LDR) sensor
- Analog sensor handling
UART, SPI & I2C Communication
- UART serial communication
- SPI interfacing
- I2C interfacing with sensors and modules
IoT Application Development
- Wi-Fi communication
- MQTT basics
- Cloud-based monitoring concepts
- Web-based dashboards
Camera & Automation Projects
- Camera module interfacing
- Image capture & basic processing
- Smart monitoring applications
- Automation use cases
Practical Applications
- LED & relay control
- Sensor monitoring systems
- Smart home automation
- IoT-based monitoring projects
- Camera interfacing applications
- Real-time device control
Final Project — Smart IoT Home Automation System
Develop a real-time smart automation system that controls multiple devices and monitors sensors using the Raspberry Pi. Features include device control through web/app, real-time sensor monitoring, smart automation logic, Wi-Fi-based communication, IoT dashboard integration, and multi-device control. Sample applications: smart lighting, temperature monitoring, IoT appliance control, motion detection, and remote device automation.
Key Highlights
Embedded Linux Fundamentals
Hands-on Raspberry Pi OS, command line, and embedded Linux concepts.
Python-Based Hardware Control
Write Python scripts to control GPIO, sensors, cameras and IoT modules.
IoT & Automation Projects
Build smart home automation, sensor monitoring and Wi-Fi-based IoT systems.
Career-Oriented Skills
Industry-relevant training in embedded Linux, Python and IoT development.
Course Duration
📅 10 Days intensive training program, balancing theory and hands-on lab time.
Career Opportunities
- Embedded Engineer – Design and develop embedded hardware and firmware solutions
- Firmware Developer – Write and maintain firmware for microcontroller-based products
- IoT Hardware Engineer – Build connected device hardware integrating sensors and displays
- Automation Technician – Support installation, wiring and configuration of embedded systems
Who Can Join?
- Diploma / BE / B.Tech Students – ECE, EEE, Mechatronics, CSE
- Beginners – Anyone new to embedded systems and microcontrollers
- Working Professionals – Professionals moving into embedded systems
- Freshers – Anyone interested in starting a career in embedded engineering