hardware - 3 months

7/28/2019 Hardware - 3 Months

1/13

SISI COMPUTER TRAINING CENTRE

WEEKLY COURSE PLAN FOR HARDWARE COURSES

CENTER: MONTH: YEAR:

SLOT: FACULTY: BATCH:

HARDWARE THEORY

DAY DATE TOPIC TO TEACH ATTD SIGN

1. Introduction

Atom, Electron, Volt, Current, Cell,

ResistanceResistors

Types, Series & Parallel

Capacitors

Capacitance, Type, series & parallel

Coils

Transformers, Inductance ( Self & Mutual )

SemiconductorsTypes, PN junction, Biasing( forward &

reverse), Diode, Rectifiers

2 Introduction to Digital & Gates

Analog & Digital differences, Number

system, Boolean Algebra, Primary &

Secondary gates

HARDWARE PRATICAL


1 Symbols

Symbols practice tools explanation

ResistorsColour codes, Multimeter

Resistor Types

Fault checking , Resistor( Series & Parallel)

& soldering Practice

Capacitor types

Types, Fault checking & soldering practice

(DEMO)

3 Symbols

Symbols practice tools explanation

Resistors

Colour codes, Multimeter

Resistor Types

Fault checking , Resistor( Series & Parallel)

& soldering Practice

Capacitor types

Types, Fault checking & soldering practice

(PRACTICE SESSION)

4 Diodes Types

Fault Checking & Power supply checking

Gates ( How to check Gates), Buffers-

Unidirectional & Bi-directional buffers


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HARDWARE THEORY


1. Introduction to computers, Types ofcomputers-mainframe, mini, super and

micro computer

Definition for computersmicrocomputer organization How does the

computer works microprocessor (8088)

System bus Input and Output devices

Parts of computersMotherboard, Input devices, Output

devices, SMPS, I/O devices, memory,

Interface cards, Backup devices

2 XT MOTHERBOARDMicro processor, co-processor XT

Motherboard

Circuit Descriptionclock generator-

buscontroller

Interrupt controller DMA-PIT, PPI-KB

interfaceRAM & ROM subsystem.

DIP switches, RAM & ROM, EPROM

important routines, supporting chips.

HARDWARE PRATICAL


1 System familiarizationDifference between XT & AT mother

board, Types of keyboards, DINconnectors

& Signals, Types of Cabinets, Frontpanel,Monitor.

2 XT MOTHERBOARDLayout of XT MB, To Identify DRAM &

ROM Chips, Bank Concept of

DRAM, Remaining all supporting

chips

(8288,8284,8259,8253,8255,8237

etc.).

3 DOS IInternal commands

Date, Time, Pause, Dir, Echo, Md, Cd,

Copy con, Type, Del, Ren, Rd, Prompt,

Ver, Vol, Path etc.

DOS IIAbout executable Files (Autoexec.bat)

Config.sys(including CDROM initialization


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CENTER: MONTH: YEAR:SLOT: FACULTY: BATCH:

HARDWARE THEORY


1. Software classification, Programming

principles Need for software-

Types of software (application

Software & system software)

Programming Languages (high

level, Middle level, low level

language) programdevelopment

process.

Operating System single user system-multiuser system.

Dos anatomy of Dos Booting

sequence

2 AT Processor an overview 286, 386,

386SX & DX, 486SX & DX, Pentium,

Pentium pro, Pentium II.

HARDWARE PRACTICAL


4/13


1 DOS I

Internal commands

Date, Time, Pause, Dir, Echo, MD, CD,

Copy con, Type, Del, Ren, RD, Prompt,

Ver, Vol, path etc.

DOS II

About Executable files (Autoexec.bat)

config.sys(including CDROMinitialization )

(PRACTICE SECTION)

2 AT-MOTHERBOARDDifferent types of AT- Motherboard

(80286, 80386, 80486)

Layout of AT-MB, to identify DRAM &

ROM chips , bank concept of DRAM ,

remaining all supporting chips

3 PC AT PRACTICAL

CMOS set up practical

1.standard CMOS set up.2.Advanced CMOS set up.

3. chip set CMOS set up.PC AT MOTHER BOARD PRATICAL

Fault stimulation in CMOS set up, RAM,

PC AT Addon cards and ROM.





HARDWARE THEORY


1. HDD

Difference between FDD & HDD, parts

of HDD, Constraction of the HDD,

Cylinders concept, Capacity calculation,

Sector interleaving, Write

precompensation, Reduce write current,

parking of head. Common faults &

Trouble shooting Techniques.

2 CD ROM DRIVE

How data is written and retrieved parts

of CDROM drive, types of CDs,

Common faults & Trouble shooting

Techniques.

HARDWARE PRACTICAL


5/13


1 HDD & CDROM DRIVE

Parts of HDD & CDROM DRIVE

Interface hard disk to motherboard

Discussion about the Faults that can

occur with hard disk & CDROM

DRIVE.

2 HDD

Procedure in preparation of HDD

Partitioning, Formatting

Practical session

(Few stimulated faults in FDD,

Preparation of Floppydisk, Interface

card & in complete system.)

3 External commandsTree, Deltree, Undelete, Edit, Attrib,

Format, Unformat, Mode, Move, More,

Sys, Diskcopy, Xcopy, Diskcomp,

Scandisk, Doskey, Label, Mem.


6/13





HARDWARE THEORY


1. AT, PI & PII MOTHER BOARD

Micro processors, co-processor AT-

Motherboard Circuit description clock

generator bus controller Interrupt

controller DMA PIT, PPI KB

interface RAM & ROM sub systems.

RAM & ROM, EPROM important

routines, supporting chips

2 TYPES OF RAM (feature,specifications, advantages &

disadvantages)

Memory mapping memory

management Cache memory types of

Cache memory Flash RAM, shadow

ROM, disk cache & etc.

(different types of mother board up to

PIV.)

HARDWARE PRACTICAL


1 PI & PII - MOTHERBOARD

Different types of PENTIUM

motherboards, Layout of MB, to

identify DRAM & ROM chips, Bank

concepts of DRAM, Remaining all

supporting chips.

2 PENTIUM CMOS SETUP PRACTIALPENTIUM MOTHER BOARDPRACTIAL

3 Fault stimulation in CMOS setup, RAM inPC AT add on cards & ROM.


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HARDWARE THEORY


1. DISPLAY CARDS

Working of display card with block

diagram

Interface Cards

Display cards Like MDA, CGA, VGA

& AGP IO cards like super IO card,

Multi IO card and IDE & SCSI cards.

Network interface cards Like ArcNET

& ETHERNET

2 FDD

About floppy disk, Formatting options

Parts of FDD

Spindle motor, Stepper Motor, Drive

electronics.Common Faults & Trouble

Shooting Techniques.

HARDWARE PRACTICAL

DAY DATE TOPIC TO TEACH ATTD SIGN1 INTERFACE CARDS

Display cards like MDA, MCGP, CGA

& VGA

IO cards like Multi IO card, super IO

card, IDE card, AT IDE IO card, SCSI

card .

Network cards like ARCNet card &

Ethernet cards and Key board

practical

2 FDD

Identify the different parts Motors, sensors,Drive electronics board & connectors

Mechanism. Also show, how to interface

between the MB physically

3 PRACTICAL TROUBLE SHOOTING(FAULT FINDING ) for PI & PII SYSTEM

SIDE PERIPHERAL SIDE .


8/13





HARDWARE THEORY


1. Printers theory

Types of Printers, Dot Matrix

Printers(internal Mechanism), Laser

printer (block diagram),Inkjet

Printers(block diagram)

Comman faults & Trouble shooting

Techniques.

2 Serial Ports & Parallel PortsWhat is Serial Port & mode of data

transfer in it.

What is Parallel Port & mode of data

transfer in it.

Port addresses of Serial & Parallel

Ports, RS 232-std, types of MODEM,

construction of modem serial interface

signals,Null modem.

HARDWARE PRACTICAL


1 Printer practical

Identify the different parts

(Motor,sensors,Drive electronicboard &

connectors mechanism) Also show, how

To interface between MB physically.

2 Printer practical

Dot matrix printer demoHow to do the self-test in the printer

What are the faults that can occur in theprinter?

3 Modem PracticalSYSTEM ASSEMBLING DEMO

CDROM drive & Modem installation

Windows 95 or 98 installation

Installation of Software

Installation of Windows 95 or 98


9/13





HARDWARE THEORY


1. Monitor

Types of Monitors, Identification of

different types of Monitors, CRT,

Common faults & Troubleshooting

techniques

2 SMPS & UPSIdentification of different sections of

SMPS & UPS, Common faults &

Troubleshooting techniques

HARDWARE PRACTICAL


1 SYSTEM ASSEMBLING by Students

CDROM drive & MODEM installation

Windows 95 or 98 Installation,

Installation of software, Installation ofWindows 95 or 98

2 MONITORSTypes of Monitors, Identification of

different types of Monitors, Section of

monitors. To identify each section,

AboutCRT, Common faults,

Troubleshooting Tips


SMPS & UPS, Basic functioning of

SMPS& UPS, Common faults,

Troubleshooting tips


SMPS & UPS, Basic functioning of

SMPS& UPS, Common faults,

Troubleshooting tips


10/13


11/13

SISI COMPUTER TRAINING CENTREWEEKLY COURSE PLAN FOR HARDWARE COURSES



HARDWARE THEORY


1. PROCESSOR DETAILS

INTEL ( Celeron I, Celeron II, PIII, PIV)

Explain in detailed about the features,

Specifications , advantages &

disadvantages of each processor and also

give the comparative stastics .

2 MOTHER BOARD DETAILS

INTEL 810,815,820

Explain the features, specifications,

advantages & disadvantages of each

mother boards

HARDWARE PRACTICAL


1 PROCESSOR DETAILS

INTEL ( Celeron I, Celeron II, PIII, PIV)

System familiarization


INTEL 810,815,820

Explain the features , specifications, and

chipset explanation. Compare thedifference between all the boards.

3 CMOS PRACTICAL& SYSTEM INTEGRATION



12/13





HARDWARE THEORY


1. MOTHER BOARD DETAILS

INTEL 845 & 850Explain the features, specifications,advantages of each mother boards

2 AMD & OTHERS PROCESSORSThe compatible motherboards.

Also compare them with the Intel

8xx series mother boards

HARDWARE PRACTICAL



INTEL 845 & 850

Explain the features, specifications, and

chipset explanation . Compare the

differences between all the boards.2 CMOS PRACTICAL

& SYSTEM INTEGRATION

3 AMD & OTHER PROCESSORS& The compatible motherboards. Also

compare them with the Intel 8xx series

mother board



13/13





HARDWARE THEORY


1. Troubleshooting Tips & Techiniques

( Both for the system & peripherals )

2

THEORY EXAMINATION

HARDWARE PRACTICAL


1CMOS PRACTICAL

& SYSTEM INTEGRATION

2 SYSTEM ASSEMBLING DEMODISPLAY, SOUND & MODEM installationWindows ME & XP Installation

Installation of Software

System Faults ( Troubleshooting)

3PRACTICAL EXAMINATION

hardware - 3 months

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