The projected growth of the embedded system market indicates a rise from USD 86.5 billion in 2020 to an estimated USD 116.2 billion by 2025, with a compound annual growth rate (CAGR) of 16.1%. Advance your career through Edu-course’s specialized certified program in Embedded Systems, offered in collaboration with esteemed institutions such as IITs, NITs, and emerging startups. Acquire skills in the integration of software and hardware fundamentals. Upon completion, design a Microprocessor to execute tasks within intricate Electrical or Mechanical systems, preparing you for employment with Capstone projects, live sessions, and practical exercises.
What Will I Learn ?
Introduction to Embedded Robotics System
✓ Overview of Embedded Robotics Systems
✓ Role of Embedded Systems in Robotics
✓ Key Components of Embedded Robotics (Sensors, Actuators, Processors)
Getting Started with Embedded System
✓ What is an Embedded System?
✓ Basic Structure of Embedded Systems
✓ Applications of Embedded Systems in Various Domains
Understanding Different Purpose
✓ Types of Embedded Systems (Real-Time, Stand-Alone, Networked)
✓ Purpose-Specific Embedded Systems in Robotics
✓ Key Considerations for Selecting Embedded Systems
Understanding Microprocessor
✓ Basics of Microprocessor Architecture
✓ Key Functions of Microprocessors in Embedded Systems
✓ Overview of Popular Microprocessors Used in Robotics
Difference Between Microcontroller and Microprocessor
✓ Key Differences in Architecture and Functionality
✓ Use Cases for Microcontrollers vs Microprocessors
✓ Examples of Common Microcontrollers and Microprocessors
Communication with Embedded System UART
✓ What is UART (Universal Asynchronous Receiver-Transmitter)?
✓ UART Communication Basics in Embedded Systems
✓ Benefits and Limitations of UART Protocol
UART Protocol
✓ Detailed Explanation of the UART Protocol
✓ How UART Communication Works (Baud Rate, Data Bits, Parity)
✓ Application of UART in Robotics
I2C Protocol
✓ Introduction to I2C (Inter-Integrated Circuit) Protocol
✓ How I2C Communication Works (Master-Slave, Addressing)
✓ Comparing I2C with UART for Embedded Communication
Installation of Arduino IDE
✓ Step-by-Step Guide to Installing the Arduino IDE
✓ Setting Up Arduino IDE for Programming
✓ Troubleshooting Common Installation Issues
Introduction to Arduino IDE
✓ Overview of the Arduino IDE Interface
✓ Key Features and Tools in the Arduino IDE
✓ Writing and Compiling Arduino Programs
Codes Explanation and Syntax
✓ Understanding the Syntax of Arduino Codes
✓ Writing Basic Arduino Programs (Structure, Functions, Variables)
✓ Explanation of Commonly Used Arduino Libraries
Building First Codes
✓ Writing and Running First Arduino Code (Blinking LED)
✓ Uploading Code to Arduino Board
✓ Debugging Basic Arduino Codes
Introduction to Arduino
✓ What is Arduino?
✓ Features and Capabilities of Arduino Boards
✓ Use of Arduino in Embedded Systems and Robotics
Different Types of Arduino
✓ Overview of Different Arduino Models (Uno, Nano, Mega)
✓ Comparing Arduino Models for Different Applications
✓ Choosing the Right Arduino Board for Projects
Virtual Platform Introduction
✓ Introduction to Virtual Platforms for Arduino (Tinkercad, Proteus)
✓ Benefits of Using Virtual Platforms for Prototyping
✓ Setting Up and Using Virtual Platforms for Arduino Projects
Connection with Arduino
✓ Establishing Connections with Arduino Boards
✓ Pin Configuration and Wiring for Arduino Projects
✓ Troubleshooting Connection Issues
Coding Arduino with Virtual Platform
✓ Writing Arduino Code Using Virtual Platforms
✓ Testing and Simulating Arduino Projects Virtually
✓ Debugging and Optimizing Code on Virtual Platforms
Advance Internship Projects
1. Disco Light with Arduino
✓ Building a Simple Disco Light Using Arduino
✓ Coding Multiple LED Sequences
✓ Adding Music Synchronization with LEDs
2. Smart Dustbin
✓ Creating an Automatic Dustbin with Sensors
✓ Using Ultrasonic Sensors for Lid Control
✓ Coding the Arduino for Smart Dustbin Functions
3. Smart Plantation System
✓ Automating Plant Watering with Arduino and Sensors
✓ Using Moisture Sensors to Detect Soil Conditions
✓ Building a Self-Sustained Smart Garden System
4. Home Fire-Detection
✓ Building a Fire-Detection System Using Arduino
✓ Using Temperature and Smoke Sensors
✓ Programming an Alarm System for Fire Detection
5. Smart Car Parking System
✓ Designing an Automated Car Parking System
✓ Using Ultrasonic Sensors for Parking Slot Detection
✓ Programming Arduino for Real-Time Slot Monitoring
6. Automatic Obstacle Avoiding Car
✓ Creating an Obstacle-Avoiding Robot with Arduino
✓ Using Ultrasonic Sensors for Obstacle Detection
✓ Coding Arduino for Autonomous Navigation
7. GPS Tracking System
✓ Building a GPS-Based Tracking System with Arduino
✓ Integrating GPS Modules for Real-Time Location Tracking
✓ Displaying Location Data on LCD or Sending via SMS
8. Smart Door Lock System
✓ Developing a Keyless Door Lock System with Arduino
✓ Using RFID or Password Input for Door Control
✓ Programming Security Features
Career Opportunities
✓ ES-Project Two
✓ ES-Project Three
✓ ES-Project One
✓ ES-Project Four
