Course Plan

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CENTRE OF COMPUTER ENGINEERING STUDIES FACULTY OF ELECTRICAL ENGINEERING UNIVERSITI TEKNOLOGI MARA MALAYSIA COURSE OUTLINE AND LESSON PLAN Programme : B. Eng. (Hons) Course Code : ECE 521 Course : Microprocessor System Credit Unit : 3 Contact Hour : 4 (2 hrs. Lecture, 2 hr. Labratory) Part : 4 Course Status : Core Prerequisite: Digital System Fundamentals COURSE DESCRIPTION This subject is to provide knowledge and experience to students on microprocessor and microcomputer system operation. It also includes the design, programming and interfacing of a microcomputer system. PROGRAMME OUTCOMES (POs) PO4 Ability to identify, formulate and solve engineering problems. PO5 Ability to utilize systems approach to design and evaluate operational performance. PO10 Ability to work as both an individual and in a team on electrical engineering or multi-disciplinary projects COURSE OUTCOMES (COs) CO1 Describe microprocessor based systems and solve software and hardware interfacing problems. CO2 Solve engineering problems using a microprocessor system individually or within a team. CO3 Design and develop assembly language programs and

description

ECE521

Transcript of Course Plan

CENTRE OF COMPUTER ENGINEERING STUDIESFACULTY OF ELECTRICAL ENGINEERING UNIVERSITI TEKNOLOGI MARA MALAYSIACOURSE OUTLINE AND LESSON PLANProgramme: B. Eng. (Hons) Course Code: ECE 521Course: Microprocessor SystemCredit Unit: 3Contact Hour: 4 (2 hrs. Lecture, 2 hr. Labratory)Part: 4Course Status: CorePrerequisite: Digital System Fundamentals

COURSE DESCRIPTIONThis subject is to provide knowledge and experience to students on microprocessor and microcomputer system operation. It also includes the design, programming and interfacing of a microcomputer system.PROGRAMME OUTCOMES (POs)PO4Ability to identify, formulate and solve engineering problems.

PO5Ability to utilize systems approach to design and evaluate operational performance.

PO10Ability to work as both an individual and in a team on electrical engineering or multi-disciplinary projects

COURSE OUTCOMES (COs)CO1Describe microprocessor based systems and solve software and hardware interfacing problems.

CO2Solve engineering problems using a microprocessor system individually or within a team.

CO3Design and develop assembly language programs and microprocessor interfacing circuits.

CO-PO MATRIXPO4PO5P10

CO1

CO2

CO3

COURSE CONTENT Review of Digital Logics and Number Systems Software Systems and AssemblersMicroprocessor-Based Software Development system, Operating system, and Assemblers. Introduction to Assembly Language and ProgrammingProgramming model, Addressing modes, Instruction set. How to write, assemble and execute assembly language programs. Introduction to 16-bit Microprocessor Instructions and Programming Techniques; Data copy operation, Arithmetic Operations, Branch Operations, Instruction related to Index Registers, Programming Techniques: Looping, Counting and Indexing. Flow charts in program design. Logic and Bit Manipulation InstructionLogic and Compare Operations, Rotate (Shift) Operations and Bit Manipulation. Memory And I/O interfacingSerial and Parallel I/O Techniques

LESSON PLANSESSION MAC JULY 2013

WEEKLECTURE COVERAGECO-POACTIVITIESASSESSMENT

WEEK 1-4

4/3 -29/3 2013

Microprocessor Architecture and OverviewDigital Logic (Review): Describe the function of various digital logic components, explain the basic operations of the digital logic components and design simple logic circuitsMicroprocessor Architecture and Overview:Describe microcomputer systems & its components and describe microprocessor architectureMicroprocessor Instruction Set & Programming: Apply suitable instruction sets & addressing modes to solve problems in a particular situation ,write assembly language program for the microprocessor and analyze program and correct the errors

CO1, PO4

Lectures &Laboratory

QuizAssigment

WEEK 5-7

1/4 19/4 2013

Memory Interfacing:Able to design decoding circuits for memory devices,able to design memory interfacing modules and analyze memory interfacing circuits.

CO1, PO4

Lectures & Laboratory

Quiz

Test 1(wk 5-6)

WEEK8SEMESTER BREAK (22/04/13- 28/04/13)

WEEK 9

29/43/52013Parallel I/O Interfacing:Design decoding circuits for I/O Device,construct simple interfacing application.Write I/O programs for the applications and analyze microprocessor based I/O interfacing applications circuits

CO2, PO4

Lectures & LaboratoryTest 2

Quiz/ Assignment

WEEK 10-12

6/524/52013Mini Project Preparation

CO3, PO4

Lectures & Laboratory

Quiz/ Assignment

Harvest Festival (27/ 05 / 2013 2 / 06 /2013

WEEK13-15

3/6 -21/62013Mini Project Preparation and Presentation

CO3, PO5

Lectures & LaboratoryQuiz

Mini Projek

REVISION WEEK(22/6/2013 25/6/2013)

FINAL EXAMINATION(26/6/2013 14/7/2013)

TEACHING METHODOLOGYThe theoretical aspect will be covered through lectures and tutorials.ASSESSMENTTest 115% Test 215%1 Assignments/1 Quizzes& 3 Labs20%Mini Project50%1.Progress marks (30%)2.Panel Mini Projek(20%)[70%]Total Coursework100%

REFERENCESJames L.Antonakos, The 68000 Microprocessor: Hardware and Software Principles and Applications, 5th Ed., Pearson Prentice Hal, 2004.ECE 521 LECTURERS1. Mohd Zafran Bin Abdul Aziz2. Mohd Uzir Kamaludin , 3. Shahrani Shahbudin,4. Maizura Binti Mohd sani, 5. Prof Madya Kartini Salam, 6. Naimah Mat Isa7. Faiza Hanum Yahya8. Meor Mohd Azreen Bin Meor Hamzah

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