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
