M & M Course Outline

7/29/2019 M & M Course Outline

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Class ID:15075,15084 CE 2423 MICROPROCESSOR & MICROCONTROLLER BASED SYSTEMS

PAF-KARACHI INSTITUTE OF ECONOMICS & TECHNOLOGY

College of Engineering

Course Information Sheet

Course Title: MICROPROCESSOR & MICROCONTROLLER BASED SYSTEMS

Course Code: CE 2423

Credit Hours: 3 + 1

Pre-requisite(s): Computer Organization & Architecture

Teaching Faculty: Shahid S.Jan

Email Address: [email protected]

Faculty Contact Hours: Tue 11:00 am to 12 pm

Wed 11:00 am to 12:00 pm

Class Lectures Group Address: http://groups.yahoo.com/group/kiet-mmbs-fall13

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Course Introduction: The course is about the microprocessor & micro controllers and its

peripheral components. Microprocessor 8086 & micro controllers PIC 16F877 are being used for

experiment purpose. LEDs, switches, & segment displays, key pad etc are being used with the both

of them .

Course Objectives: The core objective of this subject is to make the student understand about the

hardware and software of the microprocessor & micro controllers and its related components. He

will understand the design issues of the microprocessor & micro controller based systems.

Learning Outcomes: After completion the student will be able to design his own microprocessor

& micro controller based system. He will be able to understand how to program and utilize it for

different control applications.

Text Book: 1. For Microcontroller

Embedded Computing With PIC16F877 by Charles Kim

Text Book: 3. For Microprocessor Section

The Intel Microprocessors by Barry B. Brey 6th edition

PAF-KIET[College of Engineering] Page 1of 4 Jan 14,2013


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Course Outline

Session

No. Contents

Contents to be covered from(Books, Chapter No., Page No.)

1Introduction to Microcontrollers &

MicroprocessorsBook 1

2 PIC Architecture Book 1

3 do Book 1

4 do Book 1

5 do Book 1

616F877 architecture, registers, Pin outs, and

PORTSBook 1

7 16F877 Instructions Book 18 do Book 1

9 16F877 Timers & Counters Book 1

10 16F877 Interrupts Book 1

11 First Hourly Book 1

12 16F877 Serial Communications Book 1

13 16F877 do Book 1

14 16F877 I/O devices Book 1

15 16F877 do Book 1

16 16F877 CCP & PWM Book 1

17 Motors Stepper, Servo and DC

18 16F877 ADC & DAC Book 1

19 16F877 Sensors Book 1

20 16F877 based product counting & inspection system Book 1

21 Second Hourly

22 AVR Introduction

23 ATMEGA 8/16

24 Introduction to Microprocessors Book 3

25 8086/8088 hardware Book 3, Chap 9

26 Memory Interface Book 3, Chap 10

27 Basic I/O Interface Book 3, Chap 11

28 Basic I/O Interface Book 3, Chap 1129 Interrupts Book 3, Chap 12

30 DMA Book 3, Chap 13



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Student Assessment Information Sheet

A. Breakdown of Assessment

No. Description Mark Distribution (%)

1.

2.

3.

4.

5.

Final Exam

Hourly Exam

Assignments

Quizz

GSS

50

25

10

12

3

TOTAL 100%

* Put (X) in Marks Distribution (%) column if not applicable

B. Planned Schedule of Assessments

No. Description Mark

Distribution (%)

Issue Date Submission

Date

Return Date

1 Quizzes 51 Week after

quiz date

2 Hourly Test 15 Week 5 - Week 6

3Theoretical

Assignments5 Periodic

1 week after

issue

1 Week after

submission date

4 Course Project* 10

Week 1 (As shown in

project

handout)

(As shown in

project handout)

TOTAL

NOTE: THERE WILL BE ONLY TWO HOURLIES AND BOTH HOURLIES WILL BE

COUNTED TOWARDS HOURLY TOTAL. NO BEST OF ONE OR TWO WILL BE

ALLOWED



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Project.

1. Project will be based on micro controller, PIC or AVR could be used.

2. The project will be given by the faculty only.3. The project can be a control based with applications in the industry or in commercial use.

4. You must get approval of the project from the instructor before starting the work on it.

5. No two similar projects will be allowed to be made.

6. There will be no more than 3 students in the project.

7. The mid term project demonstration will be given after the mid term in the lab.

8. In midterm project demo schematic, components and PCB must be shown

9. THE PROJECT SHOULD BE IN WORKING CONDITION AT THE TIME OF

DEMONSTRATION IN SPEC OTHERWISE ZERO MARKS WILL BE GIVEN.

Assignments. There will be minimum 5 assignments in the semester. All assignments will be emailed

to the address given no assignment will be accepted by hand.

Quizzes. In all there will be minimum 8 quiz and these will be surprise quiz. No make up quiz is

allowed or can be given.

Attendance and Class Participation:

1. Attendance shall be taken by the teacher within first 5 minutes of the class start time2. Students whos absentees from the class exceed six (6) shall be dropped from the course withoutany warning.[Name of the student shall disappear from the attendance roll.]

3. There shall be no make-up test of any kind for any assessed component of the course shown in

Sec. B above.4. All assessed components [50% sessional marks] shall be returned to the students immediately

after checking.

5. No claim for any correction, review or scrutiny shall be entertained one week after the

return of answer scripts.

6. Please save all your returned midterms, quizzes and assignments for verification of tabulatedresults towards the end of the semester.


Documents

M & M Course Outline