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AVR - Course curriculum

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ASP.Net - Course curriculum
Introduction of Basic Electronics & Embedded system
• Basic Electronics Components.
• How can we choose the value of Resistors and their practical use?
• How Capacitor works and their practical use?
• How diode works and their practical use?
• How LED glows and their practical use?
• What is Embedded System?
• Why do we choose Embedded System?
• Application of Embedded System.

Topic 2: Introduction to Microcontrollers
• What is Microcontroller?
• Difference between Microcontroller and Microprocessor.
• Which Microcontroller is to choose and why?
• Pin configuration of At-mega 16.
• How Microcontroller works?
• At-mega 16 basics feature.
• Introduction of Morling Global “Development Board”.
• How Microcontroller programmed?
• Explanation of programmer.
• How to make the program code?
• Concept of IDE.
• Introduction to CVAVR (Compiler).
• Basics of Embedded C programming.

Topic 3: Interfacing with LED, Switch and LCD
• Microcontroller I/O registers description.
• Interfacing of LED with Microcontroller.
• How do we take output from Microcontroller?
• Logic for LED glowing in different patterns.
• How does switch works and their practical use.
• Interfacing of switch with Microcontroller.
• How do we give the input to Microcontroller?
• Developing logic for controlling LED using switch.
• Introduction of LCD.
• Block diagram of LCD.
• How does LCD works and their practical use?
• Interfacing LCD with Microcontroller.
• Explanation of function and file use in LCD.

Topic 4: Introduction of ADC and UART Protocol
• Basics of Signals.
• Introduction of Analog to Digital Converter.
• Theory of operation.
• What is application of ADC
• Setting up Microcontroller
• Function for getting ADC.
• Introduction of data transfer.
• What is UART Protocol?
• Define Baud Rate.
• Application of UART.
• Setting up Microcontroller.
• Function for getting UART.
• Introduction to Dock light.

Topic 5: Interfacing with Hex keypad, Relay and DTMF
• Introduction to Hex Keypad.
• Circuit diagram of Hex Keypad.
• Hex keypad interfacing with Microcontroller (Concept and Algorithm).
• Introduction of Relay.
• How does Relay work and their practical application.
• Interfacing of relay with Microcontroller.
• What is DTMF?
• Interfacing of DTMF module.
• Testing of DTMF circuits.
• Interfacing DTMF circuits with Microcontroller.

Topic 6: Timer- CTC Mode and PWM mode
• What is Timer?
• How to use Timer?
• Type of Timer mode.
• Explanation of Internal Register.
• What is CTC Mode?
• What is Application of CTC Mode?
• How to use Buzzer?
• What is PWM Mode?
• What is application of CTC mode?
• How do we vary intensity of LED?

Topic 7: Serial Peripheral Interface (SPI) and Interrupt
• What is SPI?
• Theory of operation.
• Setting up SPI in microcontroller.
• What is Master microcontroller?
• What is Slave microcontroller?
• What is Data function?
• Transmission of data.
• Reception of data.
• What is Interrupt?
• Types of Interrupt.
• Application of Interrupt.

Topic 8: Basic of Robotics
• Basic of Robotics.
• Future of Robotics.
• Laws of Robotics.
• Discussion on Robotics.
• Various parts of autonomous robot.
• Mechanical aspects of robotics.
• Use of caster wheel.
• Chassis making for robots.
• Various robotics technologies.
• Manual control robot
• Intelligent robot.
• Artificial intelligent robot.
• Application of robotics.
• Definition, Present stage of Robotics.

Topic 9: Sensor & Motor Control Using H-Bridge
• Introduction of sensor
• Type of sensor
• Introduction of IR sensor
• Circuitry and function of IR sensor
• Interfacing of sensor with Microcontroller
• DC motor control
• H-Bridge motor driver/controller
• Directional control through H-Bridge.

Project Work

Industrial Case Study Analysis