Get Started in Digital Electronics with Our Complete Microcontroller Programming Course!
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Structured Learning
A Modular curriculum covering essential concepts efficiently.
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Practical
Hands-On exercises and projects to apply learned skills and solidify understanding.
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Flexible & Interactive
Modules for all skill levels planned to accommodate even full time employees.
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Course Description
Course Duration: 3 weeks [4 Modules a Week]
Course Objectives:
- Introduce the fundamentals of electronics and C++ programming for embedded systems.
- Provide practical experience through interactive exercises with breadboards & microcontrollers.
- Build a strong foundation in C++ to prepare participants for more advanced topics.
Session Structure:
- Total Sessions per Week: 8 (4 unique sessions, each repeated once)
- Session Duration: 2/4 hours (2 hours per module)
- Modules per Session: 4
Course Schedule:
Week 1:
- Session 1 & 2: Introduction to Python, Basic Syntax, and Data Types
- Session 3 & 4: Control Structures (if statements, loops)
Week 2:
- Session 5 & 6: Functions and Modules
- Session 7 & 8: Data Structures (lists, tuples, dictionaries)
Week 3:
- Session 9 & 10: File & Exception Handling
- Session 11 & 12: Introduction to Object-Oriented Programming.
Sessions Week #1 : Intro | Electronics | Breadboards | Microcontrollers
Module 1: Introduction to Electronics & Embedded Systems
Course Overview & Objectives
- Understanding the course structure and expectations
- Introduction to embedded systems and their applications
Basic Electronic Components
- Overview of resistors, capacitors, diodes, transistors.
- Reading & interpreting electronic schematics.
Module 2: Breadboarding Basics
Getting started with a breadboard
- Explanation and usage of a breadboard.
- Creating simple circuits on a breadboard.
Hands-On Breadboarding & 555 Timer IC Prototyping.
- Assembling basic electronic circuits (LEDs, resistors, & switches).
- Prototyping with the 555 Timer IC.
- Troubleshooting & debugging common issues.
Module 3: Introduction to Microcontrollers & Arduino
Introduction to Arduino
- Understanding microcontrollers and their role in embedded systems.
- Getting to know the Arduino hardware.
Arduino IDE Setup & Basics
- Setting up the Arduino IDE
- Writing & uploading your first Arduino sketch.
Module 4: Programming with Arduino (C++)
Basic Programming Concepts
- Variables, data types, and basic operations
- Control structures (if, for, while)
Interfacing with Sensors and Actuators
- Reading sensor inputs (temperature, light sensors)
- Controlling actuators (LEDs, motors)
Sessions Week #2 : Microcontroller Programming
Module 5: Programming with Arduino (C++)
Basic Programming Concepts.
- Variables, data types, & basic operations.
- Control structures (if, for, while).
Interfacing with Sensors and Actuators
- Reading sensor inputs (temperature, light sensors).
- Controlling actuators (LEDs, motors).
Module 6: Functions & Communications
Functions & Libraries.
- Defining & using functions.
- Installing & using Arduino libraries.
Serial Communication
- Understanding & implementing serial communication.
- Building projects involving data transmission.
Module 7: Introduction to MicroPython
Setting Up MicroPython.
- Installing MicroPython on supported devices.
- Writing your first MicroPython script.
Basic Programming with MicroPython.
- Syntax & basic programming concepts in MicroPython.
- Simple projects & hands-on practice.
Module 8:ESP32 DevKit & MicroPython Programming
- Setting up & programming ESP32 with MicroPython.
- Developing IoT applications with ESP32.
Sessions Week #3 : Automation | IoT
Module 9: IoT & Home Automation Applications
Introduction to IoT Concepts
- Basics of IoT & its applications in home automation.
- Overview of IoT architecture & communication protocols.
Hands-On IoT Projects with Arduino
- Creating IoT-based home automation projects using Arduino.
- Monitoring and controlling devices remotely.
Module 10: Hands-On IoT Projects with ESP32
- Creating IoT-based home automation projects using ESP32.
- Integrating sensors and actuators for real-world applications.
Module 11: Capstone Project
Final Project Design & Implementation.
- Designing a simple embedded system using Arduino or ESP32.
- Presenting and documenting your project.
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