Course Title:

AVR programming

Course Duration:

15 Days

Total No. of seats:

10 seats

Prerequisites:

Basic understanding of electrical systems, automation, and control systems.

Course Fee: BDT 4000.00

			
AVR programming Course Syllabus
Tutorial 1: Getting Started with AVR and AVR Studio
			- Introduction to AVR microcontrollers (ATmega series)
			- Installing AVR Studio/Atmel Studio
			- Writing and compiling your first C program for AVR
			- Loading the program onto an AVR microcontroller using a programmer
		# Objective: Familiarize with the programming environment and upload your first program.

Tutorial 2: AVR GPIO (General Purpose Input/Output)
			- Configuring GPIO pins as input or output
			- Controlling LEDs (on/off) with AVR
			- Reading the state of push buttons
		# Objective: Learn to control and read digital pins for basic input/output operations.

Tutorial 3: AVR Timers and Counters
			- Introduction to AVR timers and counters
			- Configuring timers for periodic interrupts
			- Blinking an LED using timer interrupts (without delay)
		# Objective: Use timers to execute precise time-based events.

Tutorial 4: Pulse Width Modulation (PWM) with AVR
			- Generating PWM signals using AVR timers
			- Controlling brightness of an LED with PWM
			- Introduction to motor speed control using PWM
		# Objective: Learn to generate PWM signals to control devices like LEDs and motors.

Tutorial 5: UART Communication
			- Introduction to UART serial communication
			- Setting up UART for serial data transmission
			- Sending and receiving data between AVR and a PC using UART
		# Objective: Implement basic UART communication for data exchange.

Tutorial 6: Analog to Digital Conversion (ADC)
			- Configuring the ADC of an AVR microcontroller
			- Reading analog signals from sensors (e.g., temperature or light sensors)
			- Displaying the ADC results through UART or on an LED display
		# Objective: Read analog inputs from sensors using the AVR's built-in ADC.

Tutorial 7: External Interrupts
			- Introduction to AVR external interrupts
			- Configuring external interrupts to detect button presses or sensor signals
			- Implementing an interrupt-based system for fast response to external events
		# Objective: Learn how to trigger actions based on external signals.

Tutorial 8: Interfacing an LCD Display with AVR
			- Connecting a 16x2 character LCD to AVR
			- Sending data and commands to display text on the LCD
			- Creating a simple menu interface using buttons and the LCD
		# Objective: Display information on an LCD using the AVR microcontroller.

Tutorial 9: I2C Communication
			- Introduction to I2C protocol
			- Configuring AVR as an I2C master
			- Communicating with I2C devices like temperature sensors or EEPROM
		# Objective: Implement I2C communication to interface with external devices.

Tutorial 10: SPI Communication
			- Introduction to the SPI protocol
			- Setting up SPI communication between multiple devices
			- Sending and receiving data using AVR as an SPI master
		# Objective: Use SPI for fast data transfer between AVR and peripherals.

Tutorial 11: AVR Bootloader Programming
			- Introduction to bootloaders and their benefits
			- Writing and uploading a custom bootloader
			- Using the bootloader to program the AVR without an external programmer
		# Objective: Create and use a bootloader to simplify AVR programming.

Tutorial 12: Power Management in AVR
			- Understanding power-saving modes in AVR (sleep modes)
			- Implementing different power-down modes to conserve energy
			- Waking up the AVR from sleep using external interrupts
		# Objective: Learn to optimize power consumption in low-power applications.


		

	
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