Course Specification

Course SpecificationInternational Islamic University ChittagongFaculty of Science and EngineeringDepartment of Electrical and Electronic EngineeringI. Basic InformationCourse TitleCourse CodePre-requisiteCreditAcademic SessionLevelCategoryNumber of lectures:Microprocessor & Interfacing:EEE 3505:Digital Electronics:3:Autumn 2020:Basic:Major:45 (18 before Mid-term, 25 after Mid-term)II. Professional InformationOverall aim of the courseThis course provides the students basic knowledge of microprocessor andRationalits interfacing techniques. It develops the programming capability of thestudents with assembly language for various practical applications usingmicroprocessor.a) To understand the concept of 8086 microprocessor, its architecture,Course objectiveoperation and interfacing with other ICsb) To develop the ability of assembly language programming usinginstruction setc) To be familiar with possible microprocessor based design, operation forthe practical applications.Course SynopsisThis course introduces the students to the basics of microprocessor andmicrocontroller. It especially provides the fundaments of 8086microprocessor, its architecture and operation. It familiarizes the studentsinterfacing techniques with memory, keyboard and display devices inconjunction with different integrated circuits. Moreover, it enables thestudents with the knowledge of assembly language programming usingvarious instruction set. The course also helps the students to develop theskills of designing microprocessor-based system.III. Learning OutcomesStudents learning time (Total 128 hours)a) Face to face45 hours (lectures including class tests)b) Independent86 hours (Library, internet, assignments, home study etc.)

Intended learning outcomes (ILOs) of the course/ Course Outcome (CO)At the end of the course the students will be able to:i)Students will be able to explain the architecture and operation ofmicrocomputer and microprocessor.Cognitive /Understandingii)They will learn assembly language programming.iii)They will be able to design various microprocessor-based systemsaccording to practical applications.IV.Cognitive /UnderstandingCognitive/CreateLecture/Lesson PlanContent Outline of The CourseWeeksTopics1 Introduction to MicrocomputerMicrocomputer architecture, organization and itsoperation. Difference between Microprocessor andMicrocontroller. Introduction to Microprocessor Evolution of Microprocessor, General Architecture, system bus2 3 No ofLecturesReadingMaterials1[1] LectureNotes2[1] [2] LectureNotes1Lecture Notes2[2] LectureNotes1[1] [2] LectureNotesSegment and others registers, pointers registers, Flagregisters2[2] LectureNotesClass test on selected topic1CT-12[2] LectureNotesFunctional units of MicroprocessorALU, Control Unit, Register array, CISC and RISCstructure.Microprocessor OperationInstruction execution, memory array design andmemory interfacing.Intel 8086 Microprocessor8086 architecture, Bus interface Unit, Execution Unit,8086 Registers48086 Addressing ModesData addressing modes, program memory-addressingmodes and stack memory-addressing modes.

56Instruction Set of 8086 MicroprocessorOperation of all data movement and arithmeticinstructionsAssembly Language ProgrammingAssembly language programming using Instruction Set.3[2] LectureNotes3Lecture NotesMid-Term Examination: 30 marks, Time: 1.5hrs; Should answer any three questions out offour. Each question will carry 10 marks. There might be two/ three parts in each question.7Logic and Program Control InstructionsOperation of all logic and program control instructions,Assembly language programming using Instruction Set.3[2] Lecture Notes8Pin functions and operation 8086 MicroprocessorModes of operation and Pin functions of 8086microprocessor.3[2] Lecture Notes3Lecture Notes3[3] Lecture Notes1[3] Lecture NotesIntel 8086 Interfacing with 8254 PIT:Introduction to Programmable Interval Timer (8254),Architecture2Lecture NotesClass test on selected topic1CT-22Lecture Notes3Lecture Notes3[4] Lecture Notes9Operation of 8284APin functions and operation of 8284A10Intel 8086 Interfacing with 8255 PPI11Introduction to Programmable Peripheral Interface(8255), ArchitectureIntroduction to 8255 PPIOperation, Programming with 8255 PPI128254 PPI OperationOperation, Programming with 8254 PPI13Introduction to 8259 PPIArchitecture,operation andprogrammingProgrammable Interrupt Controller (8259)14ofKeyboard and Display InterfacingInterfacing with ADC0804, Keyboard and DisplayInterface (8279), DMA.15Revision, Case Study and Independent Learning3

Final Examination: 50 marks; Time: 2.5 hrs; Should answer any five questions out of seven.Each question will carry 10 marks. There may be two/ three parts in each question.Recommended Books:1.Douglas V. Hall, Microprocessors and interfacing, 3rd ed., India: Tata McGraw Hill, 2012.2.Mohamed Rafiquzzaman, Microprocessors and Microcomputer-Based System Design, 2nd ed., India:CRC Press, 1995.3.Ramesh S. Gaonkar, Microprocessor Architecture, Programming, and Applications with the 8085,6thed., India: Penram International Publishing, 2013.4.Myke Predko, Programming and customizing the PIC microcontroller,1st ed., India: Tata McGrawHill, 2007V. Teaching and Learning MethodsFacilities required for teaching and learning:White board, Marker, Laptop, and Multi -Media projector.Teaching and learning methods:a. LectureFor theoreticalb. Class Discussioncoursesd. Assignmente. Class TestVI.For theTheoreticalCourseStudent Assessment MethodsCIE(Continuous Internal Evaluation):SEE (Semester End Examination ):MethodClass AttendanceAssignment /ST/ Class Test(CT)Midterm ExaminationFinal ExaminationTOTALWeighting of AssessmentsMarks%10103050100a. Attendanceb. Class Test /Quiz/Assignments/Sudden Testc. Mid-term ExamFinal ExamRelevant Course Outcomes(CO)NACO1CO1,CO3CO1,CO2, CO3

AssessmentsAssessment MethodAssessment Schedule4th weekClass Test 1Midterm7th weekAssignment (Optional)9th week12th weekClass Test 2Final exam16th weekCourse Outcomes (CO) AssessmentMarks1030101050Course Outcomes (CO)Assessment ScheduleAssessment MethodthCO14 weekCT-1/Mid Term ExamthCO214 weekCT-2/ Final Exam/AssignmentsththCO37 /16 weekMid/Final Exam/ AssignmentsTo achieve a specific outcome of a course, a student has to achieve 60% marks for a CO.VII. Mapping of CO Vs. POMapping of Course Outcomes to the Programme Learning OutcomesCourseProgram Outcomes (POs)OutcomeCO 1CO 2CO 3PO1PO2PO3PO4PO5PO6PO7PO8PO9PO10 PO1: Engineering KnowledgePO7: Environment and sustainabilityPO2: Problem AnalysisPO8: EthicsPO3: Design/ Development of SolutionPO9: Individual work and team workPO4: InvestigationPO10: CommunicationPO5: Modern tool usagePO11: Project management and financePO6: The Engineer and societyPO12: Lifelong learningPO11PO12

Rubrics for AssignmentsCategoryVery GoodGoodAveragePoorAccuracyAll of the answersare correct.Most of theanswers are correct.Some of theanswers are correct.None of theanswers is correct.TimelinessReceived in duetimeReceived 1 hourlate.Received 2 hourlate.Received morethan 2 hours late.Work ShownShowed all stepsShowed most of thesteps.Showed some ofthe steps.Did not show thesteps.Prepared by:Dr. Sikder Sunbeam IslamAssociate ProfessorDepartment of Electrical andElectronic Engineering, IIUC

1 Introduction to Microcomputer Microcomputer architecture, organization and its operation. Difference between Microprocessor and Microcontroller. 1 [1] Lecture Notes Introduction to Microprocessor Evolution of Microprocessor, General Architecture, system bus 2 [1] [2] Lecture Notes 2 Functional units of Microprocessor