Diploma in Computer Hardware & Network Engineering (1-Year Course)

Developed by Curr icu lum Sect ion, Academics Department TEVTA.

1

TRAINING OBJECTIVES

The Course aims to produce the trained manpower to resolve the

issues regarding computer Hardware trouble-shouting and managing the

networking environment of various Organizations after acquiring concepts of

Computer Hardware, Network and Software fundamentals, Fault diagnostic &

servicing, Installation & configuring Windows, as well as basics of Routing &

switching. The curriculum is divided into two semesters with 20 weeks of

Curriculum delivery for each. Upon completion of this one year Diploma in

Computer Hardware & Network Engg.(DCHNE) course, the pass out will be

able to perform duties as Computer Lab Supervisor, Network support staff

and Computer Hardware technician etc.

CURRICULUM SALIENTS:

Entry level : Intermediate OR Equivalent

Duration : 1-Year

Total Training Hours : 1600 Hours40 Hours / week.7 Hours per day(Friday 05 Hours)

Training Methodology : Practical 80%: Theory 20%

Medium of Instruction : Urdu / English


Evaluat ed b y Cur r icu lu m Sect ion , Acad emics Depar tment TEV TA.

SKILL COMPETENCY DETAILS

On successful completion of this course, the trainee should be able to:

1. Assemble the Personal Computer.

2. Prepare the personal Computer by installing Windows Client / Server

Operating System, and Device drivers.

3. Detect and understand hardware and software problems / issues, their trouble

shooting and rectify them by parts replacing.

4. Establish LAN (Wired + Wireless) in labs and other organization(s).

5. Control the server and client computers (create user accounts provide rights

to user and impose restrictions to clients).

6. Trouble shoot the windows 7

7. Configure access to network resources

8. Use Group Policy for software development

9. Configure Password Policies

10. Backup and Recovery of Active Directory

11. Control a branch office domain controller

12. Install active directory services.

13. Work with Trust Relations.



KNOWLEDGE PROFICIENCY DETAILS

On successful completion of this course, the trainee should be able to:-

1. Identify Computer & its types as well as Computer Hardware and Software.

2. Understand Number Systems and binary arithmetic.

3. Describe Internet and its services.

4. Select and know Different operating systems (Dos, Windows)

5. Define Electricity fundamentals and knowledge of different laws regarding

electricity.

6. Recognize Electric Circuits and types.

7. Describe Circuits with different types of junctions, diodes & transistors. I. C. &

types.

8. Understand Installation of different types of peripherals and their

configuration.

9. Detection of M. B. faults and their rectifications.

10. Explain the diagnosing the computer hardware relating faults and their

rectification.

11. Identify Networks and their types.

12. Reproduce Knowledge about installations and configuring of windows 7

Client.

13. Understand Backup and Recovery of Active Directory

14. Understand Installation and configuration of windows 2008 (Server).

15. Explain the Delegation of Administrative control.

16. Know the Installation of active directory services.

17. Understand a Router and its function.



CURRICULUM DELIVERY STRUCTURE

1st SEMESTER

Week

CourseDelivery

Co CurriculaActivities /Vacations

Project Test Total

1-20 21 – 23 - 26

2620 3

21

2nd SEMESTER

Coursedelivery

Co-Curricularactivities/vacations

Project Test Total

Week 1 – 20 21 – 23 - 26

26

20 3 2 1



SCHEME OF STUDIES

Diploma in Computer Hardware & Network Engineering

(1-Year)

SEMESTER 1

S/No MAIN SUBJECT NAMETheoryHours

PracticalHours

TotalHours

1 Fundamental of Basic Electricity &Electronics.

30 150 180

2 Computer Hardware Fundamentals 30 110 1403 Computer Network Fundamentals 20 120 1404 Computer Software Fundamentals 20 120 1405 Digital Electronics 20 120 1406 Functional English-I 20 20 407 Work Ethics-I 20 - 20

Total 160 640 800

SEMESTER - II

S/No MAIN SUBJECT NAMETheoryHours

PracticalHours

TotalHours

1 Computer Assembly & Testing 20 104 1242 Fault Diagnostics, Trouble Shooting and

Servicing.40 206 246

3 Installing and configuring Windows (Client/Server)

40 206 246

4 Routing & Switching 20 104 1245 Functional English-II 20 20 406 Work Ethics-II 20 - 20

Total 160 640 800



DETAIL OF COURSE CONTENTS

Diploma in Computer Hardware & Network Engineering(1-Year)

Semester-01

Sr.No.

Subject main TopicTheoryHours

PracticalHours

1. FUNDAMENTAL OF BASIC ELECTRICITY AND ELECTRONICS

1.1 Electrical Quantities & Definitions

1.1.1. Voltage

1.1.2. Current

1.1.3. Electrical power

1.1.4. Inductance

1.1.5. Capacitance

1.1.6. SI units

1.2 D.C Circuits & Circuit Law’s

1.2.1. 1.2.1 Ohm’s Law

1.2.2. 1.2.2 Kirchoff’s Laws

1.2.3. 1.2.3 Series & Parallel Circuits

1.3 Characteristics Of A.C Circuits

1.3.1. Alternating Quantity

1.3.2. RMS value

1.3.3. Peak Value

1.4 Electromagnetism

1.4.1. Magnetic Field

1.4.2. Magnetic Flux

1.4.3. Types of Magnets

1.4.4. Magnetic Induction

1.4.5. Magnetic Leakage Flux

1.5 Principal Of Electrical Machine

1.5.1. Magnetic Field and its behavior

1.5.2. Electromagnetic induction

1.5.3. Eddy Current Loss

1.6 Measuring Instruments

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1.6.1. Use of Voltmeter and Ammeter

1.6.2. Analog Multimeter

1.6.3. Digital Multimeter

1.7 Domestic Wiring

1.7.1. Wiring Materials and Accessories

1.7.2. Main Switches

1.7.3. Fuse Units

1.7.4. Sockets

1.7.5. Earthen Circuits.

1.8 Passive Electronic Components

1.8.1. Active & Passive Components

1.8.2. Resistors

1.8.3. Colour Coding

1.8.4. Capacitors

1.8.5. Inductors

1.8.6. Resistors

1.8.7. Behavior

1.8.8. Types & Symbols & Colour

1.9 Capacitors

1.9.1. Capacitors Types

1.9.2. Symbols and its behavior & Colour coding.

1.10 Inductors

1.10.1. Inductors Types, Symbols and its behavior

1.11 Basic Semiconductor Devices & Circuits

1.11.1. Semiconductor Materials

1.11.2. PN Junction Diode

1.11.3. Half & Full Wave Rectification

1.11.4. Capacitor Filter

1.11.5. Inductor Filter

1.11.6. LC filter

1.12 Diode

1.12.1. Types

1.12.2. Symbols

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1.12.3. Construction and behavior

1.13 Transistors

1.13.1. Transistors Construction

1.13.2. Symbols and its Working

1.14 Transistors Biasing

1.14.1. Need of biasing in circuits.

1.15 Transistors Uses

1.15.1. Switch and Amplifier

1.16 F.E.T

1.16.1. Construction

1.16.2. Symbols and its Working

1.17 Special Semiconductor Devices

1.17.1. Introduction & constructional of SCR

1.17.2. TRIAC

1.17.3. UJT

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2 COMPUTER HARDWARE FUNDAMENTALS

2.1Basis of Computer Hardware

2.1.1. PC Hardware Component

2.1.2. Main Chassis

2.1.3. Mouse

2.1.4. Keyboard

2.1.5. Video

2.1.6. Printer

2.1.7. Scanners

2.1.8. Video Camera

2.1.9. Microphone And Speakers

2.2 Power Supply and Electrical Issues

2.2.1. PC Power Supply

2.2.2. Functions and Signals

2.2.3. Good Power

2.2.4. Power On Off

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2.2.5. Power Supply Components

2.2.6. Voltages

2.3 Mother Boards

2.3.1. Features and Function

2.3.2. MB Design and Factors

2.4 Processor

2.4.1. Intel CPU Chips

2.4.2. Other CPU Chips

2.4.3. AMD

2.4.4. Cyrix

2.4.5. MMX Technology

2.4.6. Processor Modes.

2.5 Chipset and Controllers

2.5.1. Chipset Grouping

2.5.2. Controller Chips and Characteristics

2.5.3. Built-In Controllers

2.6 BIOS and Boot Operations

2.6.1. Background on BIOS

2.6.2. BIOS Chips

2.6.3. ROM BIOS

2.6.4. POST Process

2.7 Memory

2.7.1. RAM Types and Characteristic

2.7.2. SIMM

2.7.3. DIMM

2.7.4. SODIMM

2.7.5. DRAM

2.7.6. Conventional Memory

2.7.7. Volatile and non volatile memory

2.7.8. Virtual memory

2.8 Hard Disk Drives & Controller

2.8.1. Master Versus Slave Designation

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2.8.2. IDE Device Per Channel

2.8.3. Disk speed and access times.

2.9 Modems

2.9.1. Line & Dial-up modems

2.9.2. Modems speed External and internal modem

2.9.3. Handshake protocol.

2.10 Cache Memory

2.10.1. Internal and External Cache Memory

2.10.2. Cache Mapping

2.10.3. Cache Mount

2.10.4. Types of Cache Memory

2.11 Floppy Disks

2.11.1. Data Organization

2.11.2. Disk Capacities

2.11.3. Disk Platters

2.11.4. Data Encoding

2.11.5. Laser Servo (LS) Drives & microfloppies.

2.12 CD ROM and DVD

2.12.1. The Technology of CD-ROM and its Format

2.12.2. Single and Multiple Drives

2.12.3. DVD Types

2.13 Expansion Cards

2.13.1. Expansion Cards Buses

2.13.2. Local, Serial and Parallel Ports

2.13.3. I/O Cards

2.13.4. Interface Cards

2.13.5. USB.

2.14 Video Cards

2.14.1. Video Cards Standard and Components

2.14.2. Video Chipset

2.14.3. Video BIOS

2.14.4. 3D Graphics Accelerator.

2.15 Ports and Connectors

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2.15.1. Mother Board Connectors

2.15.2. Back Panel

2.15.3. Front Panel

2.15.4. External Ports and Connectors

2.16 Monitors and Displays

2.16.1. The Importance Of Video Display Device

2.16.2. CRT, LCD

2.16.3. Resolution

2.16.4. Color Depth

2.16.5. Scan Rates

2.17 Printers

2.17.1. Printer Characteristics

2.17.2. Type Quality

2.17.3. Printer Standards

2.17.4. Dot Matrix

2.17.5. Ink Jet

2.17.6. Laser Printer

2.18 Key Boards, Mice and Pointing Devices

2.18.1. Key Board Layout

2.18.2. Key Switches

2.18.3. Key Board Controller

2.18.4. Inside The Mouse

2.18.5. Optical Mouse

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3 COMPUTER NETWORK FUNDAMENTALS

3.1 Basis of Networking Fundamentals

3.1.1. Introduction to Computer Networks

3.1.2. Advantages of Networks

3.1.3. Structure of Communications Network

3.2 Network Topologies

3.2.1. Topologies and Design Goals

3.2.2. Star Topology

3.2.3. Hierarchical Topology

3.2.4. Horizontal Topology

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3.3 Communications Between and among Computers and

Terminals

3.3.1. Introduction

3.3.2. Traffic Control and Accountability

3.3.3. Checking Error

3.3.4. Connection Oriented and Connectionless

3.3.5. Networks Classification of Protocols

3.4 Pooling / Selection Systems

3.4.1. Selective And Group Pooling

3.4.2. Stop And Wait Pooling / Selection

3.4.3. Continues ARQ (Sliding Windows)

3.5 Non Pooling Systems

3.5.1. Request To Send / Clear To Send

3.5.2. Xon/Xoff

3.5.3. Time Division Multiple Access

3.5.4. (TDMA)

3.5.5. Peer to Peer

3.6 Layered Protocols and Networks

3.6.1 Introduction

3.6.2 Goals of Layered Protocols

3.6.3 Network Design Problems

3.7 OSI Model

3.7.1 Introduction to Standard Organization and OSI Model

3.7.2 Standard Organization

3.7.3 The Layers Of OSI

3.7.4 OSI Status

3.7.5 GOSIP

3.8 Polling / Selection Protocols

3.8.1 Character And Bit Protocols

3.8.2 Binary Synchronous Control (BSC)

3.8.3 BSC Control Codes

3.8.4 HDLC

3.9 Satellite Networks

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3.9.1 Introduction

3.9.2 Satellite Components

3.9.3 Pros and Cons

3.10 Local Area Networks (LAN)

3.10.1 Why LANS

3.10.2 Primary Attributes of LAN

3.10.3 IEEE, 802 Standard

3.10.4 ISO/CCITT Model

3.11 LAN Topologies and Protocols

3.11.1 CSMA/CD and IEEE

3.11.2 Token Ring

3.11.3 Token Bus and IEEE 802

3.12 Switching and Routing In Networks

3.12.1 Telephone Switching Systems

3.12.2 Electromechanical System

3.12.3 Message Switching

3.12.4 Packet Routing

3.13 Network and Supporting Protocols

3.13.1 Feature Of X.25

3.13.2 Why X.25?

3.13.3 Layer Of X.25

3.13.4 Physical Layer

3.13.5 Data Link Layer

3.14 Digital Network

3.14.1 Advantage Of Digital Systems

3.14.2 Signal Conversion

3.14.3 Analog To Digital Techniques

3.14.4 ISDN

3.15 TCP/IP

3.15.1 Introduction

3.15.2 TCP/IP and Internetworking

3.15.3 Related Protocols

3.15.4 Major Feature of IP/TCP Segments

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3.16 Personal Computer Network

3.16.1 Introduction

3.16.2 PC Communications Characteristics

3.16.3 Linking PC to Mainframe Computer

3.16.4 IBM PC LAN

3.17 The PBX and Data Communications Networks

3.17..1 Why Use PBX In DC

3.17..2 Evolution of The PBX

3.17..3 Issue of Voice/Data Integration

3.17..4 Wiring Costs

3.18 Upper-Layer Protocols

3.18..1 Introduction

3.18..2 Network Security

3.18..3 Encryption With Private Keys

3.18..4 Synchronization Services

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4 COMPUTER SOFTWARE FUNDAMENTALS

4.1 Basis of Software Fundamentals

4.1.1 Software Components

4.1.1 Software Basics

4.2.1 System vs. Application Software

4.3.1 Operating System

4.4.1 DOS Environment

4.5.1 Windows Environment and Features

4.6.1 Windows Desktop

4.2 PC Boot Process

4.2.1. BIOS

4.2.2. Boot Sequence

4.2.3. The Role of Config

4.2.4. Sys, Autoexec

4.2.5. BAT files

4.3 DOS Function

4.3.1 Basic DOS Commands (copy, X copy, dir, CD, format,

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md, cls etc)

4.3.2 File Management commands

4.4 DOS Components and System Files

4.4.1 IO.SYS

4.4.2 MSDOS

4.4.3 ANSI

4.4.4 HIMEM

4.4.5 EMM386

4.5 Windows Architecture

4.5.1 Managing Applications

4.5.2 Managing Disks and PC Components

4.5.3 Managing Files (FAT vs NTFS)

4.5.4 Partitioning Disk Printing

4.6 Windows Components

4.6.1 Driver Programs

4.6.2 Dynamic Link Libraries

4.6.3 The Kernel

4.6.4 GDI.EXE

4.6.5 Users

4.6.6 Passwords & Permissions Exploring Log O &

Power Options, Using Start Menu Options

Customizing the Start Menu

4.6.7 Finding Programs

4.6.8 Files & Setting

4.7 Key Windows System Files

4.7.1 INI Files

4.7.2 WIN.INI

4.7.3 SYSTEM.INI

4.7.4 USER.INI, WIN.COM

4.7.5 PROGRAM.EXE

4.7.6 PIF Files

4.7.7 SETUP.EXE

4.7.8 REGEDIT.EXE

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4.7.9 USER.DAT, WIN.COM

4.8 OPTIMIZING THE WINDOWS USER EXPERIENCE

4.8.1 Moving & Sizing Windows

4.8.2 Window Navigation Using Breadcrumbs

4.8.3 Window Navigation & Customization

4.8.4 Accessing & Configuring Libraries Organizing

4.8.5 Rating & Tagging Files

4.8.6 Indexing & Search Options Searching for Files

4.8.7 Sharing Files & Folders

4.9 EXAMINING HARDWARE & SOFTWARE

4.9.1 Viewing Devices & Printers

4.9.2 The Device Manager

4.9.3 Drivers & Power Management

4.9.4 Setting Default Actions & Programs

4.9.5 Installing & Uninstalling Software

4.9.6 Alternate Hardware & Software Tools: Touch

4.9.7 Speech Recognition

4.9.8 Live Essentials & Services

4.10 SYSTEM Maintenance

4.10.1 Optimizing Performance

4.10.2 Using Troubleshooters & the Action Center

4.10.3 Using the Problem Steps Recorder

4.10.4 Keeping Current with Windows Update

4.11 Disk Navigation Procedures

4.11.1 File System Basics

4.11.2 Binary Versus Text files

4.11.3 File Naming Conventions

4.11.4 File Attributes

4.11.5 DOS File Operations

4.11.6 Editing TXT and BAT Files

4.11.7 Launching Program

4.12 Disk Management Procedure

4.12.1 Partitioning

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4.12.2 Formatting

4.12.3 Repairing

4.12.4 Defragmenting

4.13 Disk Management Utilities

4.13.1 FDISK

4.13.2 Format

4.13.3 Scandisk

4.13.4 The FAT System and Directories

4.13.5 Defrag Sys

4.14 DOS And Memory Management

4.14.1 Types of Memory

4.14.2 Conventional Memory

4.14.3 Extended Memory

4.14.4 Upper Memory

4.14.5 Shadow ROM

4.14.6 Virtual Memory

4.15 Operating System Installations and Procedures

4.15.1 File System

4.15.2 Disk Preparation

4.15.3 DOS Installation

4.15.4 Windows Installation

4.16 Booting Procedures

4.16.1 Booting DOS

4.16.2 Windows Boot Process

4.16.3 Windows Booting Process

4.17 Windows Configurations & Adding Device Drivers

4.17.1 Device Drivers and Windows

4.17.2 Windows

4.17.3 Changing Installed Options and Configuring

4.18 CONNECTING TO A NETWORK

4.18.1 Windows Networking Overview

4.18.2 Getting Started with Windows Networking

4.18.3 Working with the Network Adaptor

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4.18.4 Viewing the Network Map & Changing the

Workgroup

4.18.5 Mapping a Network Drive

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5 Digital Electronics

5.1 Basis Of Digital Electronics

13.1.1 Number Systems

13.1.2 Decimal

13.1.3 Binary

13.1.4 Hexadecimal and Octal Number System and Conversion

13.2 Arithmetic Operation

13.2.1 Addition

13.2.2 Subtraction

13.2.3 Multiplication and division of Binary Numbers

13.3 Arithmetic Operation (Continued)

13.3.1 Addition

13.3.2 Subtraction of Hex and Octal numbers

13.4 Logic Gates

13.4.1 Construction and Working of AND, OR, NOT (inverted)

13.4.2 Boolean Expression and Truth Table

13.5 Logic Gates (Continued)

13.5.1 NOR, NAND, XOR and XNOR Gates

13.5.2 Boolean Expression and Truth Table

13.6 Adder Circuits

13.6.1 Half-Adder & Full Adder

13.7 Boolean Algebra

13.7.1 De Morgan’s Theorem and Boolean Laws

13.8 Digital Integrated Circuits

13.8.1 Introduction and Techniques for Mounting of DIP

13.8.2 SIP, ZIP and QUIP

13.8.3 Pin Grid Array

13.9 Digital Integrated Circuits (Continued)

13.9.1 Digital Families DTL, TTL, CMOS, ECL

13.9.2 Characteristic & Comparison of TTL, ECL, CMOS

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13.10 Flip –Flops and Latches

13.10.1 Introduction and working of RS, T and D Flip Flop

13.11 Flip - Flop (Continued)

13.11.1 JK & Master Slave JK Flip Flop

13.12 Registers

13.12.1 Introduction

13.12.2 Types and Working of Register Circuits

13.13 Registers (Continued)

13.14 Counters

13.14.1 Introduction

13.14.2 Types and Working of Counter Circuits

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6 Functional English-I 20 20

7 Work Ethics-I 20 -

Total 160 640



DETAIL OF COURSE CONTENTS

Diploma in Computer Hardware & Network Engineering(1-Year)

Semester-02

Sr.No.

Subject main TopicTheoryHours

Practical

Hours1. COMPUTER ASSEMBLY & TESTING

1.1Casing.

1.1.1. Types of casings

1.1.2. Mini, Mid and Full

1.1.3. Desktop and tower

1.1.4. XT, AT, ATX and ATX-12-V

1.1.5. Cooling and air ventilation

1.1.6. Drive bays and switches. Expansion slots and port cutouts

1.1.7. Good casing features.

1.2 Power Supply

1.2.1 Types of power supplies

1.2.2 Function of cooling fan

1.2.3 Fuses and switches

1.2.4 Standard voltages on power supplies used with XT, AT,

ATX and ATX-12-V casings

1.2.5 Effect of power supply wattage in assembling different

computer configurations.

1.3Mother Board

1.3.1 Physical form and formats of mother board standards

1.3.2 Locating components

1.3.3 connectors and jumpers with brief description of their purpose

1.3.4 Safe removal and installation practices

1.3.5 Need to ensure airflow over/under the installed motherboards

1.3.6 Characteristics of screws and pacers used in motherboard

installation.

1.4 RAM

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1.4.1 Identifying types and memory capacity of RAM chips

1.4.2 Allowed and disallowed RAM combinations

1.4.3 Testing RAMS. Do’s and Don’ts of inserting/removing RAM

chips

1.4.4 RAM speed and type compatibility issues

1.4.5 Use of dummy RAM chips in latest systems

1.5 Processor

1.5.1 Identification markings on different processors

1.5.2 Processor types and matching socket types

1.5.3 Inserting and removal of processors from different sockets

1.5.4 Addition and removal of processor from its cooling fan and

heat sinks. Advantages of heat transferring paste in-between

processor and its heat sink.

1.6Hard Disk

1.6.1 Type and compatibility issues in connecting different controllers

and data cables to various hard disks

1.6.2 Correct way of connecting power supply connectors to hard

disks. Inserting and removing hard disks from their bays

1.6.3 Identifying and interpreting markings on different hard disks

1.6.4 Hard disk installation under BIOS through auto detection and

manual entry of head, sector, cylinder count.

1.7CD-ROM

1.7.1 Master slave configuration issues when sharing data cable with

hard disk

1.7.2 Data cable attachment practices and sharing data cable with

hard disks

1.7.3 Audio cable connection possibilities with stand-alone or

integrated sound card

1.7.4 Identifying speed and type of CD-ROM

1.7.5 Selecting right bay and inserting removal practices followed in

CD-ROM installation

1.7.6 Removal of CD from CD-ROM when power is off.

1.8Floppy Disk Drive

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1.8.1 Types of floppy disk drives and their installation under BIOS.

Connecting two floppy drives and assigning of A/B letter to

drive of choice

1.8.2 Correct ways of attaching power to different drives

1.8.3 Identifying floppy controller on integrated motherboard and

correct way of attaching data cable to provided socket.

1.9Expansion Cards

1.9.1 PCI and ISA card insertion/removal practices

1.9.2 Disabling integrated function and installing same function from

expansion card such as video controller

1.9.3 Audio card, sacussi controller etc

1.9.4 Installing special feature expansion cards such as TV tuners

1.9.5 FAX card, network card and video capturing cards etc.

1.10 Modem

1.10.1 Merits of internal and external modems

1.10.2 Inserting/installing modem and connecting the computer on

line. Functional testing modems & port/IRQ

compatibility/conflict issues/solutions

1.10.3 Creating Internet connectivity based on given ISP

parameters.

1.11 Assembly

1.11.1 Working out components needed to assemble a computer of

given specifications

1.11.2 Sequence of assembling acquired components

1.11.3 Tools needed and their correct use

1.11.4 Do’s and don’ts of computer assembly

1.11.5 Attaching I/O devices

1.11.6 Check list of verifying correct assembly

1.11.7 Powering up and BIOS configuration to given specification

1.11.8 Installing OS.

1.12 Peripherals

1.12.1 Selecting right peripherals for a given computer

1.12.2 Installing various monitors and setting up the desktop in

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different resolution and configurations

1.12.3 Installing printer and taking test print

1.12.4 Resolving conflicts and reallocating computer resources

among the peripherals.

1.13 Testing Computer

1.13.1 Test equipment needed for testing

1.13.2 Constructing test jig for testing large number of computers

1.13.3 Quality assurance criteria and customer satisfaction

1.13.4 Documenting and marking of tests performed

1.13.5 Acceptable performance standards and interpreting

guarantee/warrantee terms and conditions

1.13.6 Interpreting error messages

1.13.7 Isolating hardware malfunction from software failure.

1.14 Testing Monitor

1.14.1 Knowledge of essential working components in CRT monitors

and common fault to look for during testing

1.14.2 Adjusting vertical/horizontal scan voltages, color, contrast and

brightness controls

1.14.3 Identifying test points in given monitor and verifying availability

of desired signals on these TPs

1.14.4 Test equipment employed for monitor testing.

1.15 Testing Printer

1.15.1 Feeding and removal of paper from feed path of different

printers. Replacing toner and ribbon cartages

1.15.2 Isolating role of software and hardware in printer operation

1.15.3 Common faults found in different printers and symptoms to

search in testing

1.15.4 Printing a test page

1.15.5 Additional test equipment needed to test printer such as

meter to check correctness of data cable and its connectors.

1.16 Burn-in

1.16.1 Importance of burning in of newly assembled computers

1.16.2 Expected erratic behavior in burn-in period

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1.16.3 Ideal conditions to put newly assembled computer in burn-in

operation

1.16.4 Good and practices in burn-in procedures.

1.17 UPS

1.17.1 Requirement of UPS in protecting hardware and data in use

with computer

1.17.2 Merits of on-line and switching UPS

1.17.3 Load limits and limitations of UPS

1.17.4 Testing UPS under load.

1.18 Care/Maintenance

1.18.1 Care to prevent fault occurrence

1.18.2 Doe’s and Don’ts of care and maintenance.

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4

2 Fault Diagnostics, Trouble Shooting & Servicing

2.1 HARDWARE DIAGNOSTICS

2.1.1 Power On Self-Test(POST) Audio & Visual Errors,

2.1.2 Test sequence, beep codes and error codes

2.1.3 Bootstrap Loader

2.1.4 BIOS problems

2.1.5 Hard Disk problems

2.1.6 Floppy Disk problems

2.1.7 CD-ROM Drive problems

2.1.8 Modem problems

2.1.9 Display system problems

2.1.10Power supply problems and power protection

2.1.11Booting clean in DOS/ Windows

2.1.12Dislodged chips and Cards

2.2 SOFTWARE DIAGNOSTICS

2.2.1 Basic concepts of software diagnostic approach

2.2.2 Common boot problems in DOS/ Windows 9x, 2000, Xp,

2.2.3 Vista, Windows 7and application errors

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2.2.4 Windows specific printing problems, basic concepts,

2.2.5 Trouble shooting common printer problems,

2.2.6 Installing printer in windows

2.2.7 Common windows / application problems including general

protection fault,

2.2.8 Illegal operation

2.2.9 Invalid working directory

2.2.10 System lockup, non-functioning

2.2.11 Options, non-starter applications and inability to logon to a

network

2.2.12Microsoft utilities to repair common problems e.g. scandisk,

defrag, f disk,

2.2.13 MSD, Mem, Sysedit, Device Manager, extract, regedit etc.

2.2.14 GUI-Based diagnostic features like device manager,

performance tab

2.2.15 Virus concept

2.2.16 Types, symptoms

2.2.17 Preventive

2.2.18 Measures removing virus from a single computer

/ network by common anti-virus vaccines

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1

1

1

1

1

1

1

2

2

2

2

2

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3 Installing and Configuring Windows (Client / Server)

3.1. Brief Introduction of different operating systems

3.1.1 Introduction to Linux, Windows OS

3.1.2 Installing, Configuring, and Administering Microsoft Windows XP

Professional

3.1.3 Introduction to Windows Server environment

3.1.4 Active directory service of certificate publication

3.1.5 DNS for Active Directory service implementation

3.1.6 Configure details of all servers on the network

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3.2. Network design, Protocols and OSI Model

3.2.1. Network Topologies

3.2.2. Network Models TCP/IP and OSI Model

3.3. Assembling and Cabling network cables

3.3.1. Straight, Cross and roll over cables

3.4. Plan, design and configuration of DHCP

3.4.1. Design IP address assignment by using DHCP

3.4.2. IP address release and renew and trouble shoot

3.5. Installation of Activity Directory, Manage and Active Directory

forest and domain.

3.5.1.Design and OU, Identify GP requirement for OU.

3.5.2.Design an OU structure for the the purpose of

delegating authority

3.5.3.Design a security group strategy, define administrative

access requirements, define user roles

3.5.4.Specify account requirements for users, computers,

administrators, and services

3.5.5.Design an AD naming strategy, Design a strategy for

GP implementation

3.6. Design the Administration of GPOs

3.6.1.Design the administration of GPOs, Design sites and

links

3.6.2.Design migration paths to AD, role delegation

3.7. AD users and group management in Client and Sever

environment

3.7.1.Design a user and computer authentication strategy

3.7.2.Design a user and computer account strategy

3.8. Implement, Managing, and Maintaining Name Resolution (DNS)

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3.8..1. Design a DNS name resolution strategy, Create the

namespace design

3.8..2. Specify DNS security, and design security for remote

access users

3.9. Implementing, Managing, and Maintaining Network Security

3.10. Introduction to Linux OS and basic commands, user

management and its permissions.

3.10.1.Define why I choose Linux OS for client server

environment

3.11. Installation and Configuration of Servers in Linux based

environment

3.11.1. Installation of different flavors of Linux, Like Fedora,

Ubantu, sentOS and Suse etc.

3.12. DNS, SAMBA, DHCP, FTP, Apache Severs Configurations

3.13. SAMBA, DHCP and File server configuration

3.13.1. DNS, FTP and Web server configuration

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7

4 Routing & Switching

4.1 Building a simple network

4.1.1 Exploring the function of network

4.1.2 Understanding the Host of communication module

4.1.3 Understanding the TCP / IPs internet layer

4.1.4 Understanding the TCP / IPs transport layer

4.1.5 Exploring the packet delivery process

4.1.6 Understanding the Ethernet

4.1.7 Connecting to an Ethernet LAN

4.2 Wireless Local Area Network

4.2.1 Exploring wireless net work

4.2.2 Understanding WLAN Security

4.2.3 Implementing a WLAN

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4.3 Router

4.3.1 Explore the function of Routing

4.3.2 Router configuration

4.3.3 Explore the function of Hub, Switch, Bridge, Router and

difference in them

4.4 Introduction to CISCO Network Devices

4.4.1 Different Factions and application of Cisco Devices

4.4.2 Logical and Physical Addressing, Subneting and Super

Subneting

4.4.3 Define logical addressing and classes of IP

4.4.4 Physical addressing format and binary conversion

4.4.5 Operating and configuring a Cisco IOS devices

4.4.6 Managing Network Environment

4.4.7 Manageable and non-manageable Cisco switches

4.5 Catalyst Switch Operations

4.6 Introduction and configuration of VLAN’s

4.6.1 Switch modes and operations

4.6.2 Define VLAN, why VLAN and when it is required

4.6.3 Configuration of LVANs in LAN environment

4.7 Determining IP routes, Difference of Routing and Routed

4.8 Define different Routing protocols and its functions

4.9 Define Routing protocols, for examples static routes and dynamics

routes

4.10 Implementation of ACL’s and bandwidth management on router

4.11 Different WAN technologies and its applications

4.12 Circuit switching and packet switching

4.13 Frame relay, ATM, ISDN etc

4.14 Backup of Cisco Devices

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5 FUNCTIONAL ENGLISH-II 20 20

6 WORK ETHICS-II 20 -

Total 160 640



List of Practical

Semester 1

Basic Electricity & Electronics

Use of wiring tools, accessories and cable (types and size).

Interpreting schematic drawing of simple electrical circuit.

Practice of loose wiring on the following circuit.

o Single lamp circuit.

o Staircase wiring.

o Two lamps in parallel controlled by two individual switches

Identify inductor, capacitor, transformers, vacuum tubes, transistors and their

symbols. Drawing of simple circuits using the symbols.

Introduction of ammeter, voltmeter, wattmeter and multimeter

Measurement of current using ammeter

Measurement of voltage using voltmeter

Measurement of current, voltage and resistance using multimeter

Verification of Ohm’s law.

I. Keeping the voltage constant.

II. Keeping the resistance constant.

Verification of the laws of series and parallel combination of resistance by

I. Ohmmeter method.

II. Voltmeter – ammeter method.

Verify kirchoff’s laws.

Measurement of power.

I. Voltmeter / Ammeter method.

II. Wattmeter.

Practice of resistor color-coding.

Identification of various types of capacitors and their color-coding.

Determine the capacitance by using digital LCR meter

Verify laws of combination of capacitor.

Observe capacitor charging and discharging.



Determine the inductance of a choke coil using LCR meter

Familiarization with various type of transformers used in electric field

Determine voltage and current ratio of a transformer

Identification of diodes, transistors (BJT & FET) and their electrodes.

Identification of various diodes, transistors and ICs (number system andterminals).

Checking of junction diode and constructing a bridge rectifier.

Study number system of diode and transistor using data books.

Assembling a full wave diode rectifier with a filter.

Demonstrate diode as a switch with LED as a load.

Troubleshoot a faulty diode rectifier circuit.

Assemble Zener diode as voltage regulator

Assemble a power supply using IC regulator

Assemble a transistor as a voltage amplifier

Usage of oscilloscope

Observing sine wave on an oscilloscope and determine its

o peak and peak-to-peak value

o r.m.s and average value

o Wavelength, time period and frequency

Draw the circuit diagram of a florescent tube light.

Draw the Circuit diagram of half / full wave rectifier.

Demonstration of diode as rectifier transistor as amplifier Draw circuit diagram of

CE / CC / CB amplifier.

Trouble shooting a fluorescent tube light.



List of Practical

COMPUTER HARDWARE FUNDAMENTALS

Familiarization with PC Hardware Components like

Main Chassis

Mouse

Keyboard

Video

Printer

Scanners

Video Camera

Microphone and Speakers etc

Inspection of power supply, Good Power, Power On/Off, Power Supply

Components and Voltages etc

Visual Inspection of Mother Boards and its components

Overview of different types of Intel CPU Chips, Other CPU Chips, AMD, Cyrix etc

Discussion about Chipset and Controllers, their Grouping, Controller Chips and

Characteristics, Built-In Controllers

BIOS and Boot Operations, Background on BIOS, BIOS Chips, ROM BIOS, and POST

Process

Inspection of different types of Hard Disk Drives & their configuration Master

Versus Slave Designation

Overview of memory and its types, SIMM, DIMM, SODIMM, DRAM, Cache Memory

(Internal and External), Cache Mount, Types of Cache Memory

Inspection of different types of CD-ROM and DVD

Discussion and demonstration about different Expansion Cards, Expansion Card Buses,

Local, Serial and Parallel Ports, I/O Cards, Interface Cards, USB.

Examining Ports and Connectors, Mother Board Connectors, Back Panel, Front Panel,

External Ports and Connectors

Examining Key Boards, Mice and Pointing Devices, Key Board Layout, Key Switches,

Key Board Controller, Inside The Mouse and the Optical Mouse.



List of Practical

Computer Network Fundamentals

Visit to Internet Service Provider and visit report generation

Visit to a Telephone Exchange and visit report generation

Visit to any Network Solution Provider and visit report generation

On hands Training of Window NT

On-hands training of Linux Operating System



List of PracticalCOMPUTER SOFTWARE FUNDAMENTALS

Disk Partitioning through FDISK utility.

Disk Formatting through Format utility.

Disk Management through the FAT (16,32), NTFS System.

Installations and procedures of Operating System.

o DOS Installation.

o Windows Installation.

Procedures of Booting.

o Booting DOS,

o Windows Boot Process,

o Windows Booting Process.

Configurations of Windows & adding Device Drivers.

Changing Installed Options and Configuring.

Management of all types of memory i.e Conventional Memory, Extended

Memory, Upper Memory, Shadow ROM and Virtual Memory.

Disk scanning through Scandisk utility

Disk Defragmenting through Defragment utility.

Identification of the elements of windows start-up screen.

Identification of the main parts of windows.

Navigation in windows.

Identification of the icons, bars and elements of explorer windows.

Use explorer to work in files and folders.

Using windows help.

Installation of application programs from windows.

Running application programs under windows.

Describe the file system of windows.

Describe the Registry Editor.

Complete setting of BIOS.

Introduction to Dos Commands.

Installation and setting up tape, compact and Zip drives

Installation of other peripheral devices.



List of PracticalDigital Electronics

Identify different IC packages.

Identification of TTL and CMOS families.

Pin configuration of TTL, NOT, OR, AND, NOR, NAND gates.

Pin identification CMOS, NOT, OR, AND, NOR, NAND gates.

Verification of truth tables two input / three input OR gate.

Verification of truth tables two input / three input AND gate.

Verification of truth tables NOT gate.

Verification of truth tables two input / three input NOR gate.

Verification of truth tables two input / three input NAND gate.

Conversion of NAND/NOR gates into NOT, OR, AND gates.

Development of OR and AND gate by using discrete components.

Build XOR and XNOR circuits using basis gates.

Verify de Morgan’s Theorems.

Study the bistable Multivibrator

Verification of truth table of RS, D, and JK latches.

Construct a shift register circuits of any kind.

Build a ripple counter.

Using multiplexer and demultiplexer circuits.

Use of logic probes and logic pulsar for troubleshooting digital circuits.

Use of oscilloscope for troubleshooting a complex digital circuit.



List of Practical

Semester 2

COMPUTER ASSEMBLY & TESTING

Identifying different types of casings;

Mini

Mid and Full

Desktop and tower

XT, AT, ATX and ATX-12-V

Assessing cooling and air ventilation in given casing

Identifying various drive bays and switches

Expansion slots and port cutouts.

Functionality testing of different types of power supplies.

Checking effectiveness of cooling fan

fuses and switches

Measuring standard voltages on power supplies used with XT, AT, ATX and

ATX-12-V casings.

Selecting right power supply wattage in assembling given different computer

configuration loads.

Recognizing various physical form and formats of motherboard standards.

Locating components,

Connectors and jumpers plus identifying their purpose.

Safe removal and installation of different mother boards.

Techniques to ensure airflow over/under the installed motherboards.

Correct usage of screws and pacers used in motherboard installation.

Interpreting types and memory capacity of given RAM chips.

Working out RAM combinations for given motherboards. Testing RAMS.

Inserting/removing RAM chips.

Determining RAM speed and type compatibility for a given configurations.

Recognizing and using dummy RAM chips in new motherboards.

Interpreting various identification markings on different processors.



Matching processor types with compatible socket types.

Inserting and removal of processors from different sockets. Placing and

removal of processor from its cooling fan and heat sinks.

Applying heat transferring paste in-between processor and its heat sink.

Determining compatibility and connecting provided hard disks to given

controllers and data cables.

Connecting power supply connectors to hard disks. Inserting and removing

hard disks from their bays.

Identifying and interpreting markings on different hard disks.

Hard disk installation under BIOS through auto detection and manual entry of

head, sector, cylinder count.

Master slave configuration selection when sharing CD ROM drive data cable

with hard disks. Data cable attachment practice and assigning data cable to

shared/unshared CD ROM drives and hard disks. Connecting audio cable

with stand-alone and integrated sound cards. Identifying speed and type of

CD-ROM. Selecting right bay and insertion/removal practice in CD-ROM

installation. How to remove CD from CD-ROM when power is off.

Recognizing different types of floppy disk drives and their installation under

BIOS. Connecting two floppy drives and assigning of A/B letter to drive of

choice. Attaching power to different floppy drives. Identifying floppy controller

on integrated motherboard and attaching data cable to provided socket.

PCI and ISA card insertion/removal practice. Disabling integrated function and

installing same function from expansion card such as, communication/printer

ports, video controller, audio card, sacussi controller etc. Practice in installing

special feature expansion cards such as TV tuners. FAX card, network card

and video capturing cards etc.

Choosing between internal and external modems for a given scenarios.

Inserting and removing internal modem cards. Installing drivers for

internal/external modem and connecting the computer on line. Testing

procedure for modems & resolving of port/IRQ compatibility conflicts. Creating

Internet connection for a given ISP parameters.

Working out components to assemble a computer of given specifications.

Selecting sequence of assembling computer components. Use and practice of



tools needed to carry out computer assembly. Attaching given I/O devices and

their enabling/disabling in BIOS/OS. Verifying correct assembly. Powering up

and BIOS configuration to given specification. Installing OS.

Selecting right peripherals for a given computer specifications. Installing

various monitors and setting up the desktop in different resolution and

configurations. Installing printer and printing a test print. Resolving conflicts

and practice in reallocating computer resources among the peripherals.

Use of test employed in computer testing. Constructing test jig for testing

large number of computers. Practice in quality assurance and interpreting

customer needs. Documenting and marking of tests performed. Working out

acceptable performance standards and interpreting guarantee/warrantee

terms and conditions. Interpreting error messages. Isolating hardware

malfunction from software failure.

Identifying the task and location of different components in CRT monitors.

How to look for common faults during testing procedures. Adjusting

vertical/horizontal scan voltages, color, contrast and brightness controls.

Identifying test points in given monitor and verifying availability of desired

signals on these TPs. Use and practice on test equipment required for monitor

testing.

Practice in feeding and removal of paper from feed path of different printers.

Replacing toner and ribbon cartages. Proficiency in isolating role of software

and hardware in printer operation. Familiarization with common faults found in

different printers and symptoms to search in testing. Interpreting error

messages. Practice in use of test equipment needed to test printer.

How to burn in newly assembled computers. Familiarization with expected

erratic behavior in burn-in period. Creating ideal conditions to put newly

assembled computer in burn-in operation.

Working out requirement of UPS to protect hardware and data for a given

computer. Experimenting with advantages and disadvantages if on-line and

switching UPS. Computing load limits. Testing UPS under load. Identifying

limitations of UPS.

Importance of maintenance to prevent fault occurrence. Practice in care and

maintenance.



List of Practical

Installing and configuring Windows (client)

Installation of window XP, and Local Policies

Windows Server Installation and Security Policies

AD user and computer management, implementation of GP policies

Data sharing on the network and backup of data

Network Cabling and assembling

IP addressing and binary conversions and assigning of IP addresses

Installation of Linux OS and basic commands of Linux environment

Configuration of File Server, DHCP, and SAMBA servers

Configuration of FTP, Web, and DNS servers

How install OS in Cisco devices like switch, and routers

ACL implementation

Password recovery and backup of Linux servers



List of Practical

R o u t i n g & S w i t c h i n g

Hands- o n L a b E x e r c i s e s

Lab: Using Windows Applications as Network Tools

Lab: Observing the TCP Three-Way Handshake

Lab: Observing Extended PC Network Information

Lab: Connecting to Remote Lab Equipment

Lab: Switch Startup and Initial Configure

Lab: Enhancing Security of Switch Configuration

Lab: Operating and Configuring a Cisco IOS Device

Lab Converting Decimal to Binary and Binary to Decimal

Lab: Classifying Network Addressing

Lab: Computing Usable Sub networks and Hosts

Lab: Calculating Subnet Masks

Lab: Initial Router Startup

Lab: Initial Router Configuration

Lab: Enhancing Security of Initial Router Configuration

Lab: Using SDM to Configure DHCP Server Function

Lab: Managing Remote Access Sessions

Lab: Connecting to the Internet

Lab: Connecting to the Main Office

Lab: Enable Dynamic Routing to Main Office

Lab: Using CDP

Lab: Managing Router Startup Options

Lab: Managing Cisco Devices

Lab: Configuring Expanded Switched Networks

Lab: Troubleshooting Switched Networks

Lab: Implementing OSPF

Lab: Troubleshooting OSPF

Lab: Implementing EIGRP

Lab: Troubleshooting EIGRP

Lab: Implementing and Troubleshooting ACLs

Lab: Configuring NAT and PAT



Lab: Implementing IPv6

Lab: Establishing a Frame Relay WAN

Lab: Troubleshooting Frame Relay WANs



LIST OF MACHINERY / EQUIPMENT / TOOLS(For a class of 25 students)

Name of Trade Diploma in Computer Hardware & Network Engineering

Duration 1 – Year

1 - BASIC ELECTRONICS LAB

Sr No. Name of Machinery / Equipment / Tools Quantity

1. Multi Meters (Analog) 10

2. Multi Meter Digital. 10

3. Digital L.C.R. Meter 5

4. Function Generator. 5

5. Dual Regulated Power Supply 0-30 V, 4 Ampere 5

6. Dual Channel Oscilloscope 40 MHZ 5

7. Colors bar Patterns Generator with all running patterns with AV

and RF out put

5

8. RF/AF Signal Generator 5

9. High Voltage Probe 10

10. Electric Blower Japan/Korea 5

11. Electric Drill Machine Miniature 5

12. Soldering Station 5

13. De-Soldering Station 5

14. Soldering Iron Goot /Weller 25

15. Screw Driver Kit (set of 9 piece flat type) 25

16. Junior Hacksaw Frame. 10



17. Soldering Iron Stand 25

18. Pliers Combination Side cutter, Long Nose, Flat Insulation

Remover

25

19. Tweezers (different sizes) 25

20. Needle File Set 25

21. Steel Foot Rule 25

22. Persian Screw Driver Set (6 pieces) 10

23. Wire Gauges 5

24. Screw Driver Kit (set of 9 piece Philips type) 25



2 - COMPUTER LAB

S. No. Name of Machinery / Equipment / Tools Quantity

1. File Server, 1 No.

2. Workstations 25 Nos.

4. Laser Printers 1 No.

5. Dot Matrix 1 No

6. Scanners 2 Nos.

8. Multimedia Projector 1 No.

9. Visualiser 1 No.

10. Over Head Projector 1 No.

11. UPS that give backup to complete lab 1 No.

12. Computer Tables 25 No.

13. Computer Chairs 25 No.

14. Office Chair 1 No.

15. Office Table 1 No.

16 Router 2 No

17 Wire less Lan 2noa



REFERENCE BOOKS

1. Computer Fundamental by P.K Sinha

2. Introduction to Computer by Peter Norton

3. The Complete Reference (Linux) by Richard Peterson

4. Basic Electronics by B.L Theraja 2 Basic electronics by grobe

5. CompTiA A+ Certification by Mire Meyers

6. CompTiA A+ Certification by Mire Meyers

7. Data and Computer Communication by William Stallings

8. Windows 7 Desktop support and Administration by Darril Gibson Microsoft

9. Microsoft Windows Server 2008, Server Administration by Darril Gibson



MINIMUM QUALIFICATION OF INSTRUCTOR

1.i) BS (CS) / BCS.

ii) D.A.E (IT/Electrical / Electronics) with MCSE/A+/DCHNE from

Recognized Board / University.

Lab. Administrator: Intermediate with DCHNE / A + Certifications / MCSE.



EMPLOYABILITY OF GRADUATES

The course carries much value and recognized in the private, semi government, and

government sectors as well as abroad for jobs as:

Computer Hardware Engineer

Network Administrator

Assistant Network Administrator

Diploma in Computer Hardware & Network Engineering DCHNE

Documents

Transcript of Diploma in Computer Hardware & Network Engineering DCHNE