Advance Diploma In Hardware & Enterprise Networking (ADHEN)

1) Dimensions of Information Technology

Introduction to Computer and Information Technology

Brief history of development of Computers.
Computer System Concepts
Computer system characteristics.
Capabilities and limitations.
Types of computers- Analog, Digital, Hybrid, General
Special Purpose, Micro, Mini, Mainframe, Super.
Personal computers (PCs)- IBM PCs. characteristics
PCXT/ PCAT- configuration, Pentium and Newer PCs
Specifications and main characteristics.
Types of Pcs- Desktops, Laptops, Notebooks, Palmtop
Workstations etc. their characteristics.

2) English and Communication

Objectives
Comprehension
Writing Skills
Communication skills.
Functional Grammar
Tenses and Literature
Lessons and Poems
Text and reference books.

3) Electricity and Electronics

Introduction to Fundamentals of Electronics.

Concept of Electronics
Energy, Material, Force,
Atomic Structure
Voltage, Current, Ohm’s Law, Voltage Drop, Power
Soldering and De-soldering, Practical and Troubleshooting

Testing And Measuring Equipments

Electronic Equipments:
Analog Multi-meter
Digital Multi-meter
Analog Ammeter
CRO’s Function
Tools and their Applications and Study
Other Testing And Measurement Equipments

Passive Components

Resistors
Capacitors
Magnetism
Inductors
Transformers
Practical- Troubleshooting and Testing of Passive Components

Semiconductors

Definition, Intrinsic and Extrinsic, Doping
Concept of Holes and Electrons, Current in Semiconductors
Structure of Semiconductors
P-type, N-type Materials
Diodes, Types of Diodes, Checking of Diodes
Transistors, Amplification, Gain
FET, MOSFET, CMOS, HMOS,
Oscillators
Transducers
Integrated Circuits, IC Packaging Technique

Study of Power Electronics Devices

Power Electronics Device
SCR
DIAC
TRIAC
- UJT, Characteristics
- Regulator Circuits SCR Turn On and off processes.

Study of DC Motors

Working of DC Motor
Principle and Design theory
Application in Hardware.

Study of Circuit and Analysis

Circuit and Analysis.
Resistive Circuit and Laws
R-L, R-C, R-L-C Circuits and their use, Impedance, Impedance Matching and

Significance

KVL(Kerchief’s Voltage Law), KCL(Kerchief’s Current Law), Practical and

Application, Testing

Cell and Batteries. Definition of Cell And Batteries, Ideal Cell Battery, Response

of Cell And Battery, Types, Application and Practical

Relays and Switches. Definition of Relay And Switch, Physical Construction,

Types, Working and Application, Current Rating and Advance Applications,

Classification of Relays

Introduction to Fuse. Definition regarding the Fuse, different types, Fusing

Factor, Applications, Practical

Operational Amplifiers

The study of OP-Amps
configuration and practical utility

Fundamentals of Communication Engineering

Aspects regarding Communication
Modulation and Demodulation
AM, FM

Introduction to Internet and web searching

Introduction to Internet concept
Uses of Internet
Creating Mail Account in different Sites
Using Mails services
Net surfing through Search engines
Designing web pages using HTML etc.

4) Digital Electronics and Microprocessors

Logic Circuits And Principles.

Definition of Digital Logic
Logic Circuits
Boolean algebra
Number System, Grey code, ASCII code
Parity bit and study of other related terms.

Logic Circuits and Gates.

Gates
Latch
Buffer
D flip-flop, T flip-flop, R-S, J-K F/F
Use of all Gates and Flip-Flops
SOP, POS, DE-MORGAN theorems, K-Map
Multiplexer, De-multiplexer
Encoder, Decoder
Seven Segment Display
Counters
Registers
Practical training and Project Studies.

Logic Gates and Semiconductor Memories

Logic Families
RTL
TTL
ECL
CMOS
DTL,I2 L
Digital IC’s

Memories

RAM (SRAM, DRAM, SIMM, DIMM, RIMM)
ROM (EPROM, EEPROM, , EEPROM Programming)
Concepts of EDO and non-EDO
Primary and Secondary Memories.

Multi vibrators.

Introduction to Multi vibrators
Monostable and stable multi-vibrators, multi vibrator using gates Principle
IC555 architecture and working

Microprocessor Architecture

Study of Microprocessors
Definition, Flags, Interrupts, DMA
Address and Data Buses, and General Microprocessor

Assembly Language Programming

Instruction set of 8085
study of 8085 and its Instruction Set
Assembly Language Programming, Pin Out Details
Practical.

5) PC Architecture & Peripherals Part- I

Introduction To H/W And PC

Definition of PC, its parts
Block Diagram
Peripherals of PC, PC-XT, PC-AT
RAM, Introduction to Computers.
PC-XT, AT, Pentium Motherboard Study
Peripherals And Study of All Motherboards
PC-XT
PC-AT
Pentium Motherboard

Card study and diagnostics

Card study and Diagnostics
various cards used in PC, its study and working
Different types of Cards (Display card, IDE Card, Modem Card, TV Turner

Card, etc.)

Storage Devices

HDD
FDD
CDROM and DVD
Tape Drive, Zip Drives
SCSI Drive
Practical
Data Storing Techniques FM, MFM, Media used etc.

Serial Devices

Mouse
Keyboard study and troubleshooting, theory, types
ports and connectors
Modems study, theory, working and installation.

Parallel Devices

Definitions, resolution, parts details, functions
Printers, working, troubleshooting
Scanners, working theory, troubleshooting

USB Devices

Definitions of USB and related terms
USB Mouse,
Keyboard, etc.

PC Assembling, Software Installation and Trouble Shooting

6) Practical- I

Chip level repairing of different kinds of cards used in Electronics, Computers-modem cards(internal/external),TV Tuner cards (internal/external), different USB devices, Hubs, Switches, power supplies of different types, wireless cards, motherboards, HDD, FDD, keyboards, mouse, Printers -repairing of mechanical section, logic card repair, printer head repair, all kinds of printers i.e. DMP (pass book printers, line printers etc.) DeskJet, LaserJet, ink refilling.

Semester – 2

1) PC Architecture & Peripherals Part-II

Study of various Power Supplies
Switch Mode Power Supply-Block Diagram
Principle of working
Components, types
Testing and measurements
Fault finding
Chip level repairing- SMPS used in Computers, Printers, Monitors etc.
Different types of SMPS used in Electronics

Monitors

Study of MDA
CGA, VGA in details
Picture tubes, resolution, pixels, band-width
Monochrome monitor, principle, measurements.
Color monitor, principle, measurements, testing,
Study with CRO, fault finding and their identification
Study of faults in details with flow charts.
Study of LCD monitors
Chip level repairing- all types of monitors-monochrome, colour and LCD Monitors

2) PC Tools

Virus Study
Scandisk, CHKDSK, DM, Debug.
Format Disk.
MSD, NDD, VSAFE, MSAV.
COPY, XCOPY, DISKCOPY, DISKCOMP.

Data recovery Techniques

3) Operating Systems

Understanding of operating System
Types of operating system
Features, Security Definition of DOS, features of DOS, internal and external commands
A revolution in operating system
windows 95/98 and windows 2000, windows XP and windows VISTA
Basic Unix and Linux Commands
X-Windows Introduction
use of Linux and Unix.

Unix And Linux-Basic Operation And Overview .

4) Basic Networking

Introduction

Networking
LAN, MAN, WAN
Use of Networks/Internet work.

Cabling Topology

Cabling concepts (Coaxial/ T.P/ Fiber optics)
Bus Topology, Star Topology, Ring Topology
OSI Model (Seven Segment Layer)
Standard/ Cross Cable and making different types of cables.
Installation of Windows XP, Windows Vista
Installation Procedures
Peer to Peer networking
Files / Directories / Printer Services with Windows
Installation of Window 2000 with Networking Configurations.

Windows Environment

Linux Networking (Networking with Linux)

System Requirements
Installation and Basic Commands.

5) Personality Development

Comprehensive Communication
Memory and Retention Techniques
Concentration Enhancement Techniques
Soft Skills

6) Practical-II

Semester – 3

1) Network Infrastructure and Protocols

Introduction to the concept Local Area Network
History of LAN technology
Dimension of LAN
Concept of Ethernet technology
Ethernet cabling
Concept and type of Network topologies
Introduction to reference models
OSI Reference Model
TCP/IP reference model
IP addressing
Summary

2) System Administration and Management under Windows -I

Introduction to window system
Concept of client OS and server OS
Installation and up gradation of client OS and server OS
Implementing the unattended installation of OS
Peer to peer interconnectivity
User account creation and management
Understanding the user and group account policies
The Concept of quota system.
Concept of permissions of files and directories.
Summary

3) System Administration and Management under Windows –II

Introduction to the server system environment
Installation of services.
Installing and Configuring the Dynamic Host Configuration Protocol (DHCP)
Installing and Configuring the Domain Name System (DNS)
Installing and configuring (HTTP) web server
Installing and configuring Routing and Remote Server(RRAS)
Installing and configuring DFS Server
Installing and configuring the Exchange server
Installing and configuring FTP server
Integrating, checking and managing complete environment.
Administering and Troubleshooting.

Summary

4) System Administration and Management under Linux –I

Module 1

Introduction to the Red Hat Linux environment
Brief history of the Linux system
Introduction to the concept Local Area Network
Concept of Ethernet technology
Ethernet cabling
Concept and type of Network topologies
Introduction to reference models
OSI Reference Model
TCP/IP reference model
IP addressing
Summary

Module 2

Concept of client OS and server OS
Installation and up gradation of client OS and server OS
Using Basic Linux commands
Installing Linux through kick-start
Peer to peer inter-connectivity
Concept of files and directory permission
Creation of Users and groups and password policy
Implementing and managing users and groups
Summary

5) System Administration and Management under Linux –II

Introduction to the server system environment
Installation of RPMs.
Installing and Configuring the Dynamic Host Configuration Protocol(DHCP)
Installing and Configuring the Domain Name System (DNS)
Installing and configuring (HTTP) Apache server
Installing and configuring Samba server
Installing and configuring NFS server
Installing and configuring NIS server
Installing and configuring FTP server
Integrating, checking and managing complete environment.
Administering and Troubleshooting.
Summary

6) Practical-III

Semester – 4

1) Industrial Training- 45 Days

2) Introduction and configuration of WAN Technology

Module-1

Introduction to WAN environment
History of WAN
Dimension of WAN
Concept of Ethernet technology
Ethernet cabling
Concept and type of Network topologies
Introduction to reference models
OSI Reference Model
TCP/IP reference model
CISCO Hierarchical model
IP addressing
Summary

Module-2

Introduction to routers
Discussion of routers IOS
Types of routers
Router Hardwires
Configuring of routers
Introduction to WAN technologies
Configuring routers for leased lines, ISDN, Frame-Relay
DSL, ADSL etc.
Connecting WAN through static, default and dynamic routing
Configuring router Firewall
Configuring switches.
Configuring VPN
Recovering password
Summary

3) Wireless Wide Area Network (Wi-Fi)

Module-1

Introduction to WWAN environment
History of WWAN
Dimension of WAN
Concept of Ethernet technology
Ethernet cabling
Concept and type of Network topologies
Introduction to reference models
OSI Reference Model
TCP/IP reference model
CISCO Hierarchical model
IP addressing
Summary