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Detail Syllabi
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Paper - I : Computer Organization and
Architecture
Chapter 1: Introduction to Computer, Types and Application
Chapter 2: Representation of Information.
Chapter 3: Basics of Computer Organization
Chapter 4: The Processing Unit
Chapter 5: Input - Output Organization
Chapter 6: Memory Organization
Paper - II :
PC Software
Introduction to Windows Operating
System, Introduction to Windows Programming, Overview of MS Office Packages and
their Installation.
Chapter 1 :
Microsoft Word
Chapter 2 :
Microsoft Excel
Chapter 3 :
Microsoft PowerPoint
Chapter 4 :
Photoshop
Chapter 5 :
PageMaker
Paper - III : Programming in C++ and Data Structure
Chapter 1 : Algorithms
Chapter 2 : Basic concepts of Assembler,
Compiler and Interpreters
Chapter 3 : Fundamentals of C++ Programming
Chapter 4 : C++ Basics
Chapter 5 : Programming Conditions
Chapter 6 : Looping and Iterations
Chapter 7 : Arrays, Strings and Structures
Chapter 8 : Functions
Chapter 9 : Pointers
Chapter 10 : Dynamic Memory Allocation
Chapter 11 : The Preprocessor Directives
Chapter 12 : Objects and Classes
Chapter 13 : Working with Files
Chapter 14 : Data Structure
Chapter 15 : Sorting and Searching
Paper - IV : Basics of Software Engineering
Chapter 1 : Data Processing Fundamentals
Chapter 2 : File Structure, Elements of a
file
Chapter 3 : File Processing
Chapter 4 : Database Concepts
Chapter 5 : System Concepts
Chapter 6 : System Analysis
Chapter 7 : System Design
Chapter 8 : System Implementation
Paper - V : Database Management System
Chapter 1 : Introduction to DBMS
Chapter 2 : Data Association and Relational Data Model
Chapter 3 : Structural Query Language
Chapter 4 : Functional Dependency and Normal Form
Chapter 5 : Database Security and Integrity
Paper - VI : (a) Introduction to Computer Network
(b) Web Technology
(a)
Introduction to Computer Network
Chapter 1 :
Overview : Uses of Computer
Networks, Types of Computer Networks, LAN, MAN, WAN etc, Network Topologies,
Layered Architecture, Interface and Service, Connection Oriented and Connection
Services, The relationship of Services to Protocols, The OSI Reference Model,
The TCP/IP Reference Model, Different Interconnection devices: Repeaters, HUBs,
Bridges, Switches, Routers and Gateways.
Chapter 2 :
Physical Layer : Modulation and Demodulation, Guided and
Wireless transmission media, Satellite Communication and their relative merits
and demerits.
Chapter 3 :
Medium Access Control sub-layer : Ethernet
Chapter 4 :
Datalink Layer: Functions of Datalink Layer, Framing, Error
Control, Flow Control, Link Management.
Chapter 5 :
Network Layer: Functions of Network Layer, Virtual Circuit
vs. Datagram Subnet, Establishment of Connection oriented Service, Routing
Algorithm, Distance vector routing definition of flow control, Congestion
Control, Internet Protocol (IP) Address Structure.
Chapter 6 :
Transport Layer: Basic Functionality of Transport Layer, TCP
and UDP Protocol.
Chapter 7:
Application Layer: Domain Name
Service (DNS), Electronic Mail, Mail Transfer Agent and Mail user Agent, FTP,
Telnet, www, http, URL, Architecture of world wide web.
(b) Web Technology
Chapter 1 : Internet Basic
Chapter 2 : Introduction to Client -
Server Computing
Chapter 3 : Markup language
Scripting language - JAVA Script
Extensible Markup language (XML)
Chapter 4 : Web Browser
Chapter 5 : Web Servers
Practical - 20 Marks
1. Creating web pages using HTML,
TAGS, using graphics, multimedia, frames, forms etc in creating interactive web
pages, Designing Web sites.
2. Using JAVA script and XML in web
pages
3. Introduction to Server Side
Scripting using ASP
Examination and
Evaluation System
There will be final examination at
the end of each semester.
(a) Each paper
shall carry 100 marks. The minimum marks required to pass in the Semester
examinations shall be 40% in each paper individually and 45% in aggregate in
two semesters to be certified. (b) A failed
student is eligible to re-appear in 1 back paper in the final examination
provided, the student
clears minimum 2 papers securing 40% marks aggregate i.e. total of 80 out of
200 (c) A student who
could not appear or failed in the examination will be allowed to clear the
same in the subsequent examination.
(d) A student will
be allowed to clear a semester examination in maximum of three consecutive
chances.
A candidate will be awarded P.G.
Diploma in Computer Application (PGDCA) on passing the two semester examinations
with 45% in aggregate i.e. 270 marks in aggregate. Final results will be worked
out by adding up total marks secured in all the papers. Those candidates who
secures 45% or more but less than 60% in aggregate will be declared as having
passed the examination in Second class and those securing 60% or above will be
declared as having passed in the First Class.
Testimonials
Required for Admission
1. Filled up admission form
(available in College Campus)
2.
4
copies of recent
passport size photographs signed by the candidate on back side
3. Attested copy of the HSLC
certificate / admit card or any certificate for verification of the
date-of-birth.
4. Attested copies of degree
Mark sheets
Prospectus and
Application form can be purchased by paying Rs. 2 5/- by person or
Rs. 100/- by post in the form of DD in favour of "GEA National College", payable at
Guwahati
Special Features of 'GEA National
College'
1. Well researched
free Course material
2. Regular Classes,
6 days in a week
3. Regular Internet
Facility
4. Well equipped
Library
5. State of the art
Infrastructure
6. Placement
assistance to all successful students
7. Separate hostel
accommodation for boys and girls
8. Visiting
Faculties time to time
9. Special
personality development and Spoken English workshops for all students
10. Special batches
for working professionals
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