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
