Micro controller & Robotics System.

Course Fee: BDT 10,000
Class(s): 25
Duration per class: 03 hour
NEXT BATCH STARTS: 01-03-2015
Course Type: Long

    • Entry Requirement: Any Engineering Background or Graduate in Applied Physics. Uses Software/Tools: MCU ATmega32, AVR Studio, Proteus, Code-block.
  • Course Content & Main Focus:
    • Step-1: Practice use & testing on Electronics Component.
      Step-2: Practice PCB Design & Circuits Simulation with MCU.
      Step-3: Programming Algorithm & simulation.
      Step-3: Hardware implementation & output observation.
  • 1.Electronics Component use &Testing-
    • Test & use all Electronics Component with Data Sheet
  • 2. Hardware Design & Development-
    • Proteus software installation & user guide
    • chematics Circuit design & Simulation
    • PCB Design & its intelligence
  • 3. Embedded C programming with MCU Configuration
    • Introduction to C Programming
    • Structure of C Programs
    • Data Types Input and Output Functions
    • Conditional Execution
    • Structure and Nesting
    • functions and Prototypes
    • Data Types , Arrays, Pointers
    • Strings, Structures & File Handling
    • Structure and Nesting
  • 4. Embedded Programming simulation with Hardware Implement
    • Basic Concept of Embedded programming
    • User guide introduce of embedded programming tools
  • 5. Micro controller/ Microprocessor Review & History
  • 6. I/O port Programming
  • 7.Schematic design & hardware develop for LED Flashing
  • 8. Design & simulation 7-Segment display LED combination
    • Seven Segment 3 Digit (CC)
    • Structure of C Programs
    • Data Types Input and Output Functions
    • Conditional Execution
    • Seven Segment single Digit (CC)
  • 9. Interrupt Handling and Programming
    • External interrupt
    • Internal simulation with timer amplification
  • 10. Analog to Digital Converter (ADC)
    • About ADC
    • Mathematical Calculation & Programming
  • 111. Power Supply Design
    • Basic concept IC7805 & Filtering
    • Circuit Design
  • 12. DC Voltmeter Design
    • Internal Theory
    • Mathematical Calculation & Programming
  • 13. Data Read/Write from EEPROM
  • 14. Timer concept and Programming
  • 18. USART for peripheral communication
    • Internal Theory
    • Mathematical Calculation & Programming
    • Final Develop & output observation
  • 18. I2C for master Design
    • Internal Theory
    • Mathematical Calculation & Programming
    • Final Develop & output observation
  • 19. Design a intelligent Robot
  • 20. 10-15 Project Develop
  • Exam
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