Advance Embedded System

About The Course:

Embedded System Nothing but to Bring all System (Electrical, Mechanical, Civil, Computer, Electronic System) to a one Platform and do a specific work. for Example, Robot is nothing is a well-designed machine which can perform any complex task in the industry in less time with large accuracy. It can work more precisely with the same consistent than a human. 

Importance: 

Robots can be used in any programs or application to carryout tasks or manufacturing. It can work recklessly to obtain optimum outputs in a small period of time. We can access every difficult task or order in a very less of time. It can give more marginal profit to the industry as it will lessen the manpower.

Syllabus:

• Introduction
  • Definition of embedded system.
  • History of embedded system.
• Measurement and overview of basic Electrical and Electronics components.
• Circuit designing on bread board.
• Design power supply circuit.
• Fundamentals of Embedded system
  • Introduction to Embedded systems
  • Exposure to different architectures (RISC vs. CISC)
  • Application of Embedded systems in today’s world.
  • Embedded Systems in Industry
• Fundamentals of AVR
  • Introduction to AVR family.
  • Getting used to the platform.
  • Using WINAVR for programming.
  • Understanding AVR instruction set.
  • Assembly vs. C
• C programming AVR
  • Configuring ports and controlling their status
  • Interfacing:
    • Led, Seven segment.
    • Push button
    • IR sensor etc.
• UART Protocol
  • Serial and Parallel Communication
  • CP2102 Bridge communication
  • Bluetooth Connection.
• ADC protocol
  • Interface lm35. LDR sensor
• Making of Own header file for AVR controller. (UART, ADC etc.)
• Making of own development board.
• Get start with Arduino.
• Install Arduino IDE
• Interface Display Module:
  •  LCD, O-led, Nokia Display etc.
• Interfacing Sensors Module:
  • Ultrasonic Sensor, RFID etc.
• Live Projects.