PG Diploma In PC Architecture & Networking (PGDPAN)

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Semester -1

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

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

Power Supply

  • Study of various Power Supplies

Monitors

  • Study of Monitors

PC Tools

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

Data recovery Techniques

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            .

6) Practical- I

Semester – 2

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) 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

5) 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

Module-2

  • introduction to routers
  • Discussion of routers IOS
  • Types of routers
  • Router Hardwires
  • Configuring of routers
  • Introduction  to WAN technologies
  • WWAN routing
  • Configuring router Firewall
  • Configuring switches.
  • Configuring VPN
  • Recovering password
  • summary

6) Practical-II