PROGRAMMING WITH "C"
SEMESTER-I
COURSE CODE:  DSC – 3A
CREDITS:  4

COURSE STRUCTURE

COURSE OUTCOMES

Computer Concepts

Overview of C

Constants, Variables and Data types

Managing Input and output operations

Operators and Expressions

CO 1. Categorize the components of a computer and their functions

CO 2. Illustrate the flowchart and design.  

CO 3. An algorithm for a given problem and to develop C Program.
CO 4. Learn about how to write, debug and run programs         
CO 5. C programs using operators.

Decision making with Branching and Looping

Arrays

CO 1. Use conditional and iterative statements to write C programs
CO 2. Develop modular programs using control structures and arrays in C program
CO 3. Apply different operations on arrays.

Character Arrays   and  Strings

User defined Functions

CO 1. Use functions to solve the given Problem
CO 2. Understating about strings and their manipulations

Pointers

Structures and Unions

File Management in C

CO 1. Understand C programs that use Pointers to access arrays, strings and function.

CO 2. Exercise user defined data types including structures and unions to solve problems
CO 3. Exercise files concept to show input and output of files in C

PROBLEM SOLVING AND PYTHON PROGRAMMING

SEMESTER-II
COURSE CODE:  DSC-3B
CREDITS:  4

COURSE STRUCTURE

COURSE OUTCOMES

Introduction to Computing and Problem Solving

Introduction to Python Programming

Control Flow Statements

CO 1. Develop algorithmic solutions to solve the problem

CO 2. Write basic python programs

CO 3. Describe the control flow statements in python.

Functions

Strings

CO 1.  Use functions to solve the given Problem

CO 2.  Develop knowledge in strings and string manipulation functions

Lists

Tuples

Dictionaries

Files and Exceptions

CO 1.  Classify data using Data Structures, list, tuples,  dictionaries.

CO 2. Apply exception handling mechanisms

CO 3. How to store and retrieve the data to and from the  text files as well as binary files

Object Oriented Programming

    Functional Programming

CO 1.  Introduce Object Oriented Programming concepts using the C++ language
CO 2. Uses of  generators and class iterators.

FUNDAMENTALS OF INFORMATION TECHNOLOTGY

SEMESTER - I
COURSE CODE:  DSC103
CREDITS:  5

COURSE STRUCTURE

COURSE OUTCOMES

Introduction to Computers, Operating Systems,

CO 1. After studying this topic, students will understand the idea of
         “digital world”.

CO 2. This introduces computer concepts, including fundamental  
          functions, identification of hardware

Computer arithmetic & storage fundamentals:

CO 1. After completion of the topic, students known’s the data
           manipulation using arithmetic instructions in digital computers.

CO 2. Students understand the primary & secondary storage devices.

Software

CO 1.Students can understand how to develop the software & installation
          of software’s, Characteristics of software’s

Operating system

Co 1. After Completion of this topic, students can design & implement the
         goals, objectives.

Co 2. Students can understand the basic operating systems, concepts for
          developing systems & applications.

Data communication

Co 1. On Successful completion of the course, Students will be able to
          understand various types of transmission media, network devices and
          parameters of evaluation of performance for each media and device.

PROGRAMMING WITH C and C++

SEMESTER - II
COURSE CODE:  DSC203
CREDITS:  5

COURSE STRUCTURE

COURSE OUTCOMES

Introduction,  Data types,  Variables,  Operators

CO 1. After completing of this topic, Students will implement a program
          using ‘C’ that demonstrates the basic data types and how to input and
          output them. 

Conditional statements,  Looping statements

CO 1. Students will be able to develop the ability to analyze a problem &
          develop an algorithm to solve it.

CO2. Use conditional and iterative statements to write C programs
 

Functions,  User-defined functions,  Arrays,  Strings, Pointers

CO 1. Students will be able to evaluate the Input/output control structures,
          functions, parameters, passing by value, return value, recursion,
          arrays and strings.

Structures, Unions,  Object Oriented Programming

CO 1. They can build programs using structure, unions and pointers using
           operators and pointer variables.

CO 2. Introduce Object Oriented Programming concepts using the C++
           language

Classes and Objects

CO 1. Describe the object oriented paradigm with concepts of streams,
           classes, functions data and objects..

RELATIONAL DATABASE MANAGEMENT SYSTEMS

 SEMESTER - III
COURSE CODE:  DSC303
CREDITS:  5

COURSE STRUCTURE

COURSE OUTCOMES

Database management system,  relational and ER models

CO 1. After completion of this course, Students will be able to identify the
           basic concepts of various data model used in database design, E-R
           modeling.

Database integrity and normalization, types of  indexes

CO 1. Students can improve the schema design; hence by fixing the
           certainty degree of designer controls which integrity of
           normalization.

Structures Query Language

CO 1. Students will be able to write SQL statements to create databases
           and tables. Students can implement SQL selection, updating,
           deleting, and inserting various database management techniques.

Transactions   and   concurrency   management

CO 1.Upon completion of this unit, the students will be able to implement,
          create and commit transactions.

Distributed and client server databases,  Advanced topics

CO 1. Students will be able to understand the concepts of designing
           considerations & synchronization of network databases.

CO 2.To gain knowledge on an client/server Network.

CO 3.To understand about  levels of transparency and problems of
          heterogeneous distributed databases.

WEBTECHNOLOGIES

 SEMESTER - IV
COURSE CODE:  DSC403
CREDITS:  5

COURSE STRUCTURE

COURSE OUTCOMES

Introduction:

CO 1. Students will be able to explore the fundamental tags of HTML to
           create interactive web pages Using HTML & CSS.

An overview of dynamic webpages & Dynamicwebpage

CO 1. On completion of the course, Students will be able to develop
           programs using control structure & arrays in VBscript.

Java Script,  Events And Event Handlers

CO 1. Students can design server side programs using JavaScript.

CO 2. They can write form validation code in JavaScript.

Introduction To PHP,  File Handling In PHP

CO 1. Students will learn about events and event handlers which can be
           found in all programming languages.

CO 2.  Identify real-life events and how they affect situations. Create event
            handlers block to trigger.

Extensible Markup Language (Xml),  Jsp

CO 1. Students have an ability to use most important tools and standards
           related to XML, particularly DTD, XML schema, CSS & XSLT.

CO 2. Students will have knowledge of some practical applications of
           XML such as electronic commerce.

ECOMMERCE

SEMESTER-V(b)
COURSE CODE:  DSC503
CREDITS:  5

COURSE STRUCTURE

COURSE OUTCOMES

Ecommerce –Introduction, Classification of Ecommerce

CO 1. After completion of this topic, Students will be able to explain the
           concepts of E-Commerce and its features & applications of
           marketing communication.

Framework of Ecommerce, Data Encryption

CO 1. This will impart the Students with higher level knowledge &
           understanding of contemporary trends in E-commerce and business
          finance.

Consumer Oriented Ecommerce applications

CO 1. Students will be able to evaluate the testing process for E-commerce
          application design.

CO 2. Examine the different types of web designing technologies and
         development.

CO 3. This can understand the various modern E-commerce technologies.

Electronic Data Interchange

CO 1. Students will be able to evaluate the EDI applications in business
          like internet topology, consumer oriented E-commerce applications.

E-marketing Techniques

CO 1. Students implement marketing research techniques through
         assignment and projects. Students can demonstrate an understanding
         of the role of marketing principles.

CYBER SECURITY

SEMESTER-VI(b)
COURSE CODE:  DSC603
CREDITS:  5
 

COURSE STRUCTURE

COURSE OUTCOMES

Introduction To Cyber Security, Cyber Security Vulnerabilities, Cyber Security Safeguards

CO 1. After the completion of the course, Students will be able to
          develop basic understanding of security, cryptography, system
          attacks and defenses against them.

Securing Web Application, Services And Servers

CO 1.This topic will teach students, the concepts and techniques that
          enable web applications to maintain high performance in the
         face of numerous users and attackers.

Intrusion Detection And Prevention:

CO 1.This course will expose the Students to the concepts and
          methods for detection and prevention of cyber attacks.

Cryptography And Network security

CO 1. At the end of the course, Students can understand
          cryptography, network security and applications.

CO 2. They can  identify and investigate network security threat.

CO 3. Conduct research in network security.

Cyberspace And The Law, Cyber Forensics

CO 1. On completion of the course, Students can understand cyber
           forensics.

CO 2. Demonstrate on understanding of issues related to the basics of
          set theory and binary operations.