MODULE-I INTRODUCTION OF C LANGUAGE

• Introduction of C language 
• Feature of C language
• Getting Start
• How Create Hello World Program
• How Compile And Run And Save The Program
• Taking Input From User
• Output

MODULE-II TOKEN C LANGUAGE

• What Is Token
• Data Type  
• Keyword
• Indefifers
• Literals
• Opearators
• Separators

MODULE-III SEQUENCE CONTROL & DECISION MAKING STATMENT

• 5 basic program for beginners
• If 
• If Else 
• If else if else
• Nested if else

MODULE-IV LOOPING & JUMP STATMENTS

• While
• Do while
• For
• Nested Loops
• Break 
• Continue
• Goto

MODULE-V ARRAY, STRUCTURE, UNION & STRING

• 1d
• 2d  
• Creation of Structure n object
• Nested structure
• Array of object
• Discuss Unions
• Create Union variable
• Access Union member using . operator
• Discuss Unions of Structures
• Compare Structure and Array
• Difference between structure & union
• Character represent in single quotes while String represent in double
• quotes example str=‘M’ →Character Constant , str=“AMIT”→String
• Constant .
• String is Collection of Character
• String is also Knows as 1D Character ARRAY
• Every String end with ‘\0’ i.e. called NULL.

MODULE-VI FUNCTIONS & POINTERS

• Explain Type of Functions
• Discuss category of Functions
• Declaration & Prototypes
• Explain User Defined Functions
• Calling the Function
• What is meant by pointer is and why it can ne used?
• How to Declare and access a pointer variable
• Explain Pointer Increment/Decrement
• Explain the use of pointers with arrays
• Explain How Pointer To Functions can be used
• Explain Pointers to Structures can be used

MODULE-VII DYNAMIC MEMORY ALLOCATION IN C 

• Dynamic memory allocation in C

• The concept of dynamic memory allocation in c language enables the

• C programmer to allocate memory at runtime.

• Dynamic memory allocation in c language is possible by 4 functions of stdlib.h header file.

• malloc()

• calloc()

• realloc()

• free()

MODULE-I INTRODUCTION OF C++ 

• C++ Basic Programming            
• Introduction Of C++            
• C++ Language Fundamentals

MODULE-II OPERATORS

C++ language provides the following types of operators:

• Arithmetic Operators
• Relational Operators
• Logical Operators
• Assignment Operator
• Bitwise Operators
• Ternary Operator

MODULE-III LOOPS, CONDITIONAL STATEMENTS & ACCESS MODIFIERS

• while loop
• for loop
• do while loop
• nested loops
• if statement
• if- else
• Nested-if
• if-else-if ladder
• Switch Statement in C++
• Syntax
• Public
• Private
• Protected

MODULE-IV ARRAY, FUNCTION, CONSTRUCTOR, POLYMORPHISM & INHERITANCE

• 1D Array
• 2D Array
• Introduction of Constructor
• Declaring constructors
• Writing constructors
• Using constructors
• Constructors Overloaded
• Polymorphism
• Types of inheritance in C++
• Visibility mode in Derived class
• single inheritance
• C++ Multilevel Inheritance
• multiple inheritance
• Hybrid Inheritance
• hierarchical inheritance.

MODULE-V FUNCTION, POINTERS, STRUCTURE & FILE HANDLING

• Function Overloading
• Operator Overloading
• Abstract
• Difference virtual and pure virtual
• Introduction to Pointer
• Use of Pointer
• Null Pointer
• Increment/ Decrement Pointer
• Pointer to Pointer
• Pointer to Function
• How to use Structure?
• Structure with array
• Nested Structure
• Passing Structure by Value
• Passing Structure by Reference
• Union
• C - Pointer arithmetic
• Difference between text file and binary file
• Operations in File Handling
• File Opening Modes
• Creating/Opening a File
• Writing to a File
• Special operations in a File

MODULE-VI EXCEPTION HANDLING

• What Is Exception Handling?
• Error In Exception Handling
• User-Defined Exceptions

MODULE-I INTRODUCTION TO DATA STRUCTURES

• Introduction to Data Structures
• Getting start with Data Structures

MODULE-II ANALYSIS OF AGLORITHM & ARRAY

• Mathematical Background
• Process of Analysis
• Calculation of Storage Complexity
• Calculation of Run Time Complexity
• Arrays and Pointers
• Sparse Matrices
• Polynomials
• Representation of Arrays
• Row Major Representation
• Column Major Representation
• Applications
• Representation of single and multidimensional arrays in Code Blocks

MODULE-III LINKED LIST, STACK(LAB), QUEUES, DEQUE(LAB)

• Linked List and its types and applications
• Linked List implementation using array
• Implementation of Doubly Linked List
• Implementation of Circularly Linked Lists
• STL
• application of stack
• Implementation of Stack
• Implementation of Stack using array
• Implementation of stack using Linked List
• Types
• Application of queue
• Implementation of Queue
• Array Implementation
• Linked List Implementation of Queue
• Implementation of circular queues(Array)
• Implementation of circular queues(Linked List)
• Implementation of Deque(array)

MODULE-IV TREE, BINARY TREE, BST(LAB + THEORY), AVL TREE

• Tree traversal methods
• Tree and its implementation
• Implementation of Binary Tree
• Recursive Implementation of Binary Tree Traversals
• Non Recursive Implementations of Binary Tree
• Intro to Binary Search Tree
• Traversing a BST
• Insertion in BST
• Deletion in BST
• Intro and balancing in AVL Application
• Implementation AVL insertion
• Deletion in AVL

MODULE-V GRAPHS, SEARCHING METHODS, SORTINGS

• Graphs with Negative Edge costs
• Acyclic Graphs
• All Pairs Shortest Paths Algorithm
• Minimum cost Spanning Trees
• Kruskals Algorithm
• Primss Algorithm
• Finding Strongly Connected Components
• Linear Search
• Binary Search
• Applications of types of search
• Internal Sorting
• Insertion sort
• Insertion Sort
• Bubble Sort
• Quick Sort
• 2 Way Merge sort
• Sorting on Several Key

MODULE-VI ADVANCE DS & FILE STRUCTURE

• Splay Tree Intro
• Splaying Steps and Algorithm
• Red Black Trees and Properties
• Insertion in Red Black tree
• Deletion in Red black Tree
• Terminology
• File Organisation
• Sequential Files
• Structure
• Operations
• Disadvantages
• Areas of use
• Direct File Organisation
• Indexed Sequential File Organisation

MODULE-I INTRODUCTION OF PYTHON & TOKEN

• What is Python How to Install
• Introduction of Python
• First Program in python  
• Identifiers
• Operators
• Keywords
• Delimiters
• Literals

MODULE-II OPERATORS

• Arithmetic Operators
• Comparison Operators
• Assignment Operators
• Logical Operators
• Bitwise Operators
• Membership Operators
• Identity Operators
• Ternary Operator

MODULE-III PYTHON COMMENTS 

• Comments can be used to explain Python code
• Comments can be used to make the code more readable
• Comments can be used to prevent execution when testing code
• Comments can be used to Internal documents source code
• Types of Comments in Python
• Python block comments

MODULE-IV DECISION MAKING STATEMENT, ITERATION, JUMP STATEMENTS

• If Statement
• If else statement
• If elif else statement
• Nested if else statement
• For Loop
• While Loop
• Nested Loop
• Break Statement
• Continue statement
• Pass statement

MODULE-V STRING & LISTS

• What is String
• Creating & Declaring String Empty String & Multiline Strings
• String Traversing
• String Operators
• Concatenating String
• Replicating String
• Membership Operators
• Comparison Operators
• String Slicing
• String are Immutable
• String Method and Built in Functions
• What is List
• Declaring & creating list
• Accessing List elements
• Traversing a list
• Comparing lists
• Operations on lists
• Concatenation
• Replication
• Membership
• Indexing
• Slicing
• Bulit in Functions

MODULE-VI DICTIONARY & MODULES

• Introduction
• Method to create a Dictionary
• Accessing elements in Dictionary
• Traversing a dictionary
• Appending values in a dictionary
• Removing an item from dictionary
• In and not in membership operator in dictionary
• Functions and Methods in dictionary
• Count Frequency of elements in list using Dictionary 
• WHAT IS Module
• Importing Python Modules
• Built in Functions

MODULE-VII TUPLES, FUNCTION & DATA STRUCTURES

• What Is Tuples?
• Basic Tuples Operations
• Tuple Functions
• Tuple Accessing Elements
• Data Structures
• Stack In Data Structure
• Queue In Data Structure
• Date And Time
• Function Introduction
• Function Arguments
• Local Global Variable In Functions
• What Is Numpy
• 2D Array In Numpy

MODULE-I INTRODUCTION & OBJECT

• What is DNMS

• Why we need Database management system 

• Importants of DBMS?

• Objectives Of DBMS?

MODULE-II NEED & LOGICAL OF DBMS

• The file based system 

• Limitations of file based system

• The Database Approach

• Three level architecture of DBMS or logical DBMS architecture 

• Mappings between levels and data independence

• The need for three level architecture

MODULE-III PHYSICAL DBMS ARCHITECTURE

• DML Precompiler

• DDL Compiler 

• File Manager

• Database Manager 

• Query Processor

• Database Administrator

• Data files indices and Data Dictionary

• Commercial Database Architecture 

• Data Models 

MODULE-V RELATIONAL & E-R MODELS

• Introduction

• Objectives

• The Relational Model 

• Domains, Attributes Tuple and Relation

• Super keys Candidate keys and Primary keys for the Relations

• Relational Constraints 27 

• Domain Constraint 

• Key Constraint 

• Integrity Constraint 

• Update Operations and Dealing with Constraint Violations 

• Relational Algebra 31 

• Basic Set Operation

• Cartesian Product 

• Relational Operations 

• Entity Relationship (ER) Model 38

• Entities

• Attributes 

• Relationships 

• More about Entities and Relationships

• Defining Relationship for College Database 

• E-R Diagram 44 

• Conversion of E-R Diagram to Relational Database

MODULE-VI DATABASE INTEGRITY & NORMALIZATION 

•  Introduction 

•  Objectives

•  Relational Database Integrity

•  The Keys 

• Referential Integrity

•  Entity Integrity

•  Redundancy and Associated Problems 62 

• Single-Valued Dependencies 64 

• Single-Valued Normalization 66

• The First Normal Form

• The Second Normal Form 

• The Third Normal Form 

• Boyce Codd Normal Form 

• Desirable Properties of Decomposition 72 

• Attribute Preservation 

• Lossless-join Decomposition

• Dependency Preservation

• Lack of redundancy

• Rules of Data Normalization 74

• Eliminate Repeating Groups

• Eliminate Redundant Data

• Eliminate Columns Not Dependent on Key

MODULE-VII FILE ORGANISATION IN DBMS

• Introduction 80 

• Objectives 81

• Physical Database Design Issues 81

• Storage of Database on Hard Disks 82

• File Organisation and Its Types 83 

• Heap files (Unordered files) 

• Sequential File Organisation

• Indexed (Indexed Sequential) File Organisation 

• Hashed File Organisation

• Types of Indexes 87

• Index and Tree Structure 97

• Multi-key File Organisation99 

• Need for Multiple Access Paths 

• Multi-list File Organisation

• Inverted File Organisation 

• Importance of File Organisation in Databases 103

MODULE-I INTRODUCTION OF SOFTWARE ENGINEERING

• Software Processes

• SDLC

• SDLC Models

• Requirement Engineering

MODULE-II MODELS

• Waterfall Model

• RAD Model

• Spiral Model

• V-model

• Incremental Model

• Agile Model

• Iterative Model

• Big-Bang Model

• Prototype Model

MODULE-III SOFTWARE MANAGEMENT & SOFTWARE METRICS

• Project Management

• Activities

• Project Management Tools

• Software Management

• Software Metrics

• Size Oriented Metrics

• Halstead's Software Metrics

• Functional Point (FP) Analysis

• Extended Function Point (EFP) Metrics

• Data Structure Metrics

• Information Flow Metrics

• Cyclomatic Complexity

• Case Tools For Software Metrics

MODULE-IV PROJECT PLANNING & RISK MANAGEMENT

• Software Project Planning

• Software Cost Estimation

• COCOMO Model

• Putnam Resource Allocation Model

• Risk Management

• Risk Management Activities

• Project Scheduling

• Personnel Planning

• Software Requirement

• Software Requirement Specifications

• Requirements Analysis

• Data Flow Diagrams

• Data Dictionaries

• Entity-Relationship Diagram

• S/W Configuration

• Software Configuration Management

• SCM Process

• Software Quality Assurance

• Project Monitoring & Control

MODULE-V SOFTWARE QUALITY & SOFTWARE DESIGN

• Software Quality

• ISO 9000 Certification

• SEICMM

• PCMM

• Six Sigma

• Software Design

• Software Design Principles

• Coupling and Cohesion

• Function Oriented Design

• Object Oriented Design

• User Interface Design

• Coding

• Programming Style

• Structured Programming

MODULE-VI SOFTWARE RELIABILITY

• Software Reliability

• Software Failure Mechanisms

• Software Reliability Measurement Techniques

• Software Reliability Metrics

• Software Fault Tolerance

• S. Reliability Models

• Software Reliability Models

• Jelinski & Moranda Model

• Basic Execution Time Model

• Goel-Okumoto (GO) Model

• Musa-Okumoto Logarithmic Model

• Software Maintenance

• Causes of Software Maintenance Problems

• Software Maintenance Cost Factors