Module 2: Embedded system design.

Module 2: Embedded system design.

Chapter 1: Circuit design and simulation

1.     Circuit design principles.

2.     Circuit design software.

3.     PCB Etching. 

4.     Component mounting.

Chapter 2:   Computer Organization & Architecture

1.     Function of a computer.

2.     Computer System Organization.

3.     CPU Operation.

4.     Single-core computer.

5.     Multi-core architectures.

6.     BIOS.

7.     Block Diagram of Typical Computer.

8.     Serial and Parallel Communications.

 Chapter 3: Introduction to Microcontrollers

1.     What is a Microcontroller?

2.     Why are Microcontrollers used?. 

3.     Internal architecture. 

Chapter 4: Introduction to computer programming

1.     What is computer program?

2.     Multi-level machine.

3.     Multilevel Architecture. 

4.     Components of Instructions.

5.     Level 1 Machine Language (Assembly Language).

6.     Hi level Languages.

7.     Compilers.

8.     Interpreter.

9.     MPLAB Installation.

Chapter 5: Simple LED Projects

1.     Project 1- Flashing LED

2.     Interfacing a press-button switch

3.     Flashing LEDs in knight-rider pattern. 

Chapter 6:  Seven Segment Display

1.     Mod 10 counter (Single Digit)

2.     Mod 10000 counter (Four Digits)

3.     Flashing LEDs in knight-rider pattern.

4.     Interfacing a switch – a button press counter

 

Chapter 7: Liquid crystal Display.

1.     Type of LCD’S

2.     LCD controller

Chapter 8: Interrupts handling.

1.     What is an interrupt 

2.     Software Interrupts

3.     Keypad controller.

Chapter 9: RS232 Communication

1.     Introduction To Serial Communication.

2.     Bi-Directional Communications.

3.     Communicating by Bits.

4.     The Parity Bit.

Chapter10:  Stepper Motors.

1.     Motors Type

2.     DC Motors.

3.     Servo Motors.

4.     Full step phase sequence

Chapter11: DAC & ADC

1.     What is an interrupt 

2.     Software Interrupts

3.     Keypad controller.

Chapter12: Transducers

1.     What is an interrupt 

2.     Software Interrupts

3.     Keypad controller.

Chapter13: Pulse Width Modulation

1.     What is an interrupt 

2.     Software Interrupts

3.     Keypad controller.

Chapter14: Memory Technology

1.     What is an interrupt 

2.     Software Interrupts

3.     Keypad controller.

Chapter15: Port programming

1.     What is an interrupt 

2.     Software Interrupts

3.     Keypad controller.

Chapter 16:  Mini Project.    

1.      Submit Project Proposal. 

2.      Approval of Project.

3.      Implementation.

4.      Presentation.

Brake Down Of Duration:

·        Lecture                      :  80 Hr s

·        Practical                    :  80 Hrs

·        Self-Study                 :  100 Hrs

·        Assignments            :  10Hrs

·        Exam                          :  3 Hrs

·         Total                         : 273 Hrs