Full Course Description
A hands-on guide to Raspberry Pi. Learn to build IoT and robotics projects using the Raspberry Pi 5 as a standard for automation and system control.
Course Overview
- Next Batch:New batches start every month. Limited seats available – enroll early!
- Course Duration:4 Weeks (Flexible schedules with part-time and full-time options).
- Eligibility: Electronics learners Computer Science Aspirants Anyone Interested in Embedded Systems or IoT Development.
- Electronics learners.
- Computer Science Aspirants.
- Anyone Interested in Embedded Systems or IoT Development.
Raspberry Pi Training Course
- Learn Raspberry Pi architecture, setup, and Linux-based OS environment.
- Program GPIO pins to control sensors, LEDs, and motors.
- Work with Python scripting for hardware and IoT integration.
- Build automation, robotics, and AI-based Raspberry Pi projects.
- Connect Raspberry Pi to cloud services (IoT & Data Logging).
- Prepare for the Raspberry Pi Developer credential preparation assessment and embedded real-world assignment careers.
Overview of Raspberry Pi Training Course
The Raspberry Pi professional learning track is designed for learners, engineers, and innovators passionate about electronics, automation, and IoT. This course provides a complete understanding of microcomputer programming and interfacing through hands-on hardware-based learning.
Through hands-on experiments, learners will design automation systems, smart devices, and cloud-connected applications using Raspberry Pi and Python. By the end of the program, you'll earn your Raspberry Pi credential preparation and be career-ready in IoT development, robotics, and embedded engineering.
1. Programming Fundamentals
- Basics of C Programming.
- Statements, Loops, Functions.
- Arrays, Strings, and Pointers.
2. Raspberry Pi Basics
- Introduction to Raspberry Pi Architecture.
- Booting with Raspbian OS.
- SD Card Storage and Setup.
3. Physical Component Detailing
- Resistor, Capacitor, Diode, Transistor.
- Inductor, Op-Amp, Switches, Relay.
- Motor, Breadboard, PCB, Soldering Tools.
4. Embedded System Introduction
- Basics of Embedded Systems.
- Microcontroller vs Microprocessor.
- Introduction to Embedded C and ATMEL Series.
5. Development Tools
- IDE: AVR Studio and Proteus.
- GPIO Programming and LED Interfacing.
- 7-Segment and LCD Interfacing.