EMBEDDED SYSTEM MASTER CLASS (HINDI)

Day 1: Introduction to Embedded Systems

• What is an embedded system?
  
  

• Examples of embedded systems in daily life
  
  

• Overview of the embedded system architecture
  
  

• The role of microcontrollers and microprocessors
  
  

• Types of embedded systems
  
  

Day 2: Embedded System Components

• Microcontrollers, sensors, actuators, and peripherals
  
  

• Understanding the role of memory (RAM, Flash, EEPROM)
  
  

• Power supply and power consumption in embedded systems
  
  

Day 3: Introduction to C Programming

• Basics of C programming
  
  

• Syntax, data types, variables, and operators
  
  

• Functions, loops, and conditional statements
  
  

• Writing simple C programs for embedded systems
  
  

Day 4: Embedded C Basics

• Structure of an embedded C program
  
  

• Understanding input/output (I/O) operations
  
  

• Handling digital and analog I/O with C
  
  

• Interrupts in embedded systems
  
  

Day 5: Introduction to Microcontrollers (MCUs)

• Overview of microcontroller families (e.g., ARM, AVR, PIC)
  
  

• Architecture of popular microcontrollers (e.g., Arduino, STM32)
  
  

• Choosing the right microcontroller for embedded applications
  
  

Day 6: Setting Up Development Environment

• Installing and setting up IDEs (e.g., Arduino IDE, Keil, MPLAB X)
  
  

• Setting up toolchains and debugging tools
  
  

• Introduction to hardware development boards (e.g., Arduino, Raspberry Pi)
  
  

Day 7: Hands-on Project: Blinking LED

• Introduction to basic hardware components (LED, resistors, etc.)
  
  

• Writing and uploading code to blink an LED using a microcontroller

Day 8: Digital and Analog I/O

• Understanding digital vs analog signals
  
  

• Interfacing sensors (e.g., temperature, light sensors)
  
  

• Reading analog signals and converting them to digital
  
  

Day 9: Communication Protocols - Part 1 (UART)

• What is UART (Universal Asynchronous Receiver-Transmitter)?
  
  

• Setting up serial communication using UART
  
  

• Transmitting and receiving data over UART
  
  

Day 10: Communication Protocols - Part 2 (I2C & SPI)

• Introduction to I2C and SPI communication
  
  

• Setting up I2C communication for multiple devices
  
  

• Using SPI to interface with external peripherals (e.g., displays, sensors)
  
  

Day 11: Timers and Interrupts

• What are timers and how are they used in embedded systems?
  
  

• Configuring timers to generate delays or periodic events
  
  

• Using interrupts to handle asynchronous events
  
  

Day 12: Real-Time Operating Systems (RTOS) Basics

• Introduction to RTOS: What, why, and when?
  
  

• Scheduling, tasks, and priorities in embedded systems
  
  

• Setting up a basic RTOS on an embedded platform
  
  

Day 13: Power Management in Embedded Systems

• Power consumption and energy-efficient design
  
  

• Low-power modes and techniques (e.g., sleep modes)
  
  

• Techniques for battery-powered embedded systems
  
  

Day 14: Hands-on Project: LCD Display and Sensors

• Displaying sensor data on an LCD
  
  

• Reading sensor values (e.g., temperature sensor) and displaying on the screen
  
  

• Using I2C to interface with an LCD

Day 15: Introduction to Wireless Communication

• Overview of wireless protocols (Wi-Fi, Bluetooth, Zigbee, etc.)
  
  

• Interfacing wireless modules (e.g., ESP8266, HC-05 Bluetooth)
  
  

• Configuring communication between devices over Bluetooth/Wi-Fi
  
  

Day 16: Embedded Systems for IoT (Internet of Things)

• What is IoT and how embedded systems play a role?
  
  

• Connecting embedded systems to cloud platforms (e.g., ThingSpeak, Blynk)
  
  

• Sending sensor data to the cloud using IoT protocols
  
  

Day 17: Advanced Sensors and Actuators

• Working with advanced sensors (e.g., ultrasonic, IR, gas sensors)
  
  

• Interfacing motors and servos
  
  

• Control systems using embedded microcontrollers
  
  

Day 18: Debugging and Troubleshooting Embedded Systems

• Techniques for debugging embedded code
  
  

• Using serial output and debugging tools
  
  

• Handling hardware-related issues (e.g., incorrect wiring, sensor malfunctions)
  
  

Day 19: Embedded Systems Security Basics

• Introduction to security threats in embedded systems
  
  

• Techniques for securing embedded devices (e.g., encryption, secure boot)
  
  

• Understanding hardware security (e.g., TPM, secure memory)
  
  

Day 20: Memory Management and File Systems

• Memory management in embedded systems
  
  

• Using file systems (e.g., FAT file system) on embedded platforms
  
  

• Flash memory vs. RAM
  
  

Day 21: Hands-on Project: IoT Weather Station

• Building a simple IoT weather station using sensors (temperature, humidity)
  
  

• Sending data to the cloud via Wi-Fi (e.g., ESP8266)
  
  

• Displaying real-time data on a web dashboard

• Final presentations: Showcasing the completed project
  
  

• Reviewing key concepts and takeaways from the course
  
  

• Career guidance and resources for continuing embedded systems learning