• Spoken and conversation for Greetings, Requests, Invitation,
• Permission, Thanks etc.
• Basic Sentence patterns
• Agreement between Subject and Verb
• Basic rule of Composition
• Paragraph Development
• Vocabulary Development
• Model Auxiliary
• Active and Passive voice
• Conjunction and prepositions

Unit 2. Writing Skills

• Guidelines for effective writing
• Writing style of application
• Personal Resume
• Business letter and Memo including Requests, Complains, asking quotation etc.
• Technical Report writing

Unit 3. Speaking and Discussion Skills

• Components of Effective talk / presentation
• Planning of content of a talk / presentation
• Use of Visual aids
• Effective speaking skills
• Discussion skills

• Introduction
• Representation
• Operation and its properties
• Venn Diagram
• Cartesian product and graph

Unit 2. Functions

• Definition
• Types – Domain and Range
• Construction and functions

Unit 3. Mathematical Logic & Boolean Algebra

• Introduction to logic
• Truth Table
• Definition & Examples of Boolean Algebra
• Boolean Functions
• Representation and minimization of Boolean Functions
• Design example using Boolean algebra

Unit 4. Matrices and Determinants

• Matrices of order M * N
• Row and Column transformation
• Addition, Subtraction and multiplication of Matrices
• Computation of Inverse
• Cramer’s Rule
• Business Application of Matrices

• History of Development
• Generation of Computers
• Types of Computers-Microcomputers, Minicomputers,
• Mainframes, Super Computers
• Hardware, Software & Firmware

Unit 2. Basic Computer Architecture

• Block Diagram & Functional Units
• Various hardware components: Mother board, Processor,
• Memory, ports
• Phases of Machine cycle
• Fetch Cycle
• Execution Cycle
• BIOS, POST

Unit 3. Number Systems

• Various number systems (Binary, Octal, Hexadecimal, Decimal)
• Conversion among various number systems
• Binary addition & subtraction
• Hexadecimal addition & subtraction
• Parity Scheme
• ASCII Character Code

Unit 4. Memory

• Memory organization
• Addressing Modes
• Memory types: RAM, ROM, FLASH, PROM, EPROM, EEPROM
• Concepts of virtual memory, Cache memory

Unit 5. Storage Devices

• Floppy Disks: structure, reading/writing, formatting
• Hard disk and its architecture
• CD-ROM, DVD ROM
• Back up Devices

Unit 6. I/O Devices

• Printers: Line printer, DOT matrix, Laser, Inkjet
• Plotters: Scanners, OCR, OMR
• Keyboard, Mouse
• Other Devices: Joysticks, Touch pads, pens etc.
• Monitors (CRT Flat Screen LCD )

Unit 2. Programming Languages & Structured Programming

• Structured Programming
• Concepts of Compiler / Interpreter Editor

Unit 3. Constant & Variables , Data Types

• Character Set
• Identifiers, Key words, Data types
• Constants- needs & Definition
• Variables- needs & Definition
• Storage Classes

Unit 4. Expression & Operators

• Operators
• Arithmetic Operators
• Unary Operators
• Relational Operators
• Logical Operators
• Assignment Operators
• Conditional Operator
• Expression
• Arithmetic expression
• Boolean expression
• Evaluation & Assignment of Expression

Unit 5. Input & Output Statements

• Formatted I/O statements (like scanf, printf)
• Unformatted I/O statements (like getchar(), getch(), getche(),
• putchar() )

Unit 6. Control Statements

• if statement
• Simple if statement
• if…else statement
• Nested if statement
• while loop
• do…while loop
• for loop
• break and continue statements
• switch statement

Unit 7. Arrays

• One Dimensional Arrays
• Sorting using One Dimensional Arrays
• Concept of Two Dimensional Arrays.
• String- Array of characters
• String Manipulation

Unit 8. Built-in Functions

• Mathematical Functions
• String Functions
• Conversion Functions.

Unit 9. Debugging and Testing

• Concept of Windows, Icon, Menu
• Desktop
• Creating Folders and Shortcuts
• Finding Files & Folders
• Creating, Copying, Moving and Deleting files
• Windows Explorer
• Basic DOS Commands

Unit 2. Word Processing Package

• Typing, Editing, Proofing & reviewing
• Formatting text & Paragraph
• Automatics Formatting and Styles
• Working with Tables
• Graphics and Frames
• Mail Merge

Unit 3. Spreadsheet package

• Concept of worksheet
• Working & Editing in Workbooks
• Creating Formats & Links
• Protecting and Hiding data
• Built in Functions (Mathematical, Statistical, String & Date)
• Formatting a Worksheet & Creating graphics objects
• Creating Charts (Graphics), Formatting and analyzing data
• Organizing Data in a List (Data Management)
• Sharing & Importing Data
• Printing

Unit 4. Presentation Package

• Creating and Editing Slides
• Creating and Editing objects in the slide
• Animation
• Creating and Running Slide Show
• Templates

Unit 5. Internet

• Concepts
• Working
• Mailing & surfing tools

• RAM, ROM, PROM, EPROM etc, Virtual Memory, Cache Memory
• Secondary Storage Devices
• Binary, Hexadecimal, Octal Number System
• Integer & Floating Point representations
• Coding Schemes – ASCII, EBCDIC, UNICODE
• Block Diagram of CPU and execution process.
• Introduction to bus architecture
• H/W parts of PC
• Disk Architecture
• I/O devices: Keyboard, Display, Pointing devices, MODEM, Scanners,
• OMR, OCR, CD-ROM, DVD, printers.

Unit 2. Operating System Concepts

• Evolution of Operating System & History
• Needs of an Operating System
• Single User & Multi-User Operating System
• Elements of an Operating System

Unit 3. Single User Operating System

• BIOS, POST Operation, Vector Table, Device Drivers, TSR Programs
• System Files
• Configuration Files

Unit 4. Multiuser Operating System

• Introduction to Windows-NT, UNIX/LINUX
• Architecture of Windows-NT and UNIX
• Booting process of Windows and UNIX
• UNIX Commands

Unit 5. Introduction to System S/W Components

• Assemblers
• Compilers
• Linker & Loader

• Fundamental concepts of File and databases
• Purpose of database system
• Introduction to Data models
• Conceptual Data model – E- R model
• Record based Data models – Hierarchical, Relational, Network
• Features of Database Systems
• Data abstraction & Data independence
• Type of Database Languages: DDL, DML,TCL
• Database users: Database manager, administrator and Users
• Overall system structure.

Unit 2. Structure of relational database model and Integrity Constrains

• Relation scheme, Relation, Views
• Notion of Keys
• Pure query language: relational algebra
• Domain Constrains, key Constrains, Referential Integrity Constrains
• Functional Dependencies

Unit 3. Relational Commercial Language – SQL

Unit 4. Commercial RDBMS: Microsoft Access, DB2 & MySQL

• Basic Architecture of DBMS
• Working with databases and tables.
• Managing constrains and relationships.
• Using SQL queries.

Unit 5. Relational Database Design

• Pitfalls in relational database design
• Normalization using Functional Dependencies
• Normalization using Multi valued Dependencies
• Normalization using Join Dependencies
• Domain – Key normal form

Unit 2. Programming Languages & Structured Programming

• Structured Programming
• Levels of Programming languages
• Compiler/Interpreter
• Program Bugs & Testing
• Program Bugs
• Preparing Test data
• Functional & Structural Testing
• Constants & Variables
• Character Set
• Constants – needs & definition
• Variables – needs & definition
• Storage Class
• Scope of Variables
• Expressions & Operators
• Operators : Assignment, Arithmetic, Increment, Decrement,
• Relational, Logical, Bitwise, Conditional
• Expression
• Evaluation & Assignment of Expression
• Elementary built-in functions.
• Input & Output Functions
• Jumping, Branching & Looping Statements
• String Built-in functions
• Array
• Structure Union & Enumerated data types

Unit 3. User Defined Functions

• Call by value
• Passing Structures & Array
• Recursion

Unit 4. Pointer’s

• Basics of Pointers
• Pointer Arithmetic
• Pointer array
• Call by reference in User Defined Functions
• Pointer of function
• Multi-Dimensional arrays using pointers

Unit 5. Files and Pre-Processor

• Reading & Writing from a file
• Reading & writing structures
• Random accessing a file
• Pre-processor
• # and ## operator
• Pre-processor statements
• Macro definitions

• An overview
• Integrated Management Information
• Advantages and disadvantages of ERP
• ERP and Business Processing Re-engineering

Unit 2. ERP Implementation Lifecycle

• Pre-evaluation Screening
• Package Evaluation
• Project Planning Phase
• Gap Analysis
• Configuration, Customization, Implementation Team Training,
• Testing
• Process Definition Documentation
• Issues in implementing ERP packages

Unit 3. ERP Modules

• Finance/Accounting
• General Ledger
• Payables
• Cash Management
• Fixed Assets
• Receivables
• Budgeting
• Manufacturing
• Bill of Materials
• Work Orders
• Scheduling
• Workflow Management
• Quality Control
• Cost Management
• Manufacturing Process
• Manufacturing Projects
• Manufacturing Flow
• Activity Based Costing
• Product Life Cycle Management
• Supply Chain Management
• Order to Cash
• Inventory
• Order Entry
• Purchasing
• Product Configurator
• Supply Chain Planning
• Supplier Scheduling
• Inspection of Goods
• Claim Processing
• Project Management
• Costing
• Billing
• Time & Expense
• Performance Units
• Activity Management
• Customer Relationship Management
• Generic Architecture of CRM
• Key features of CRM
• Advantages & Disadvantages of CRM

Unit 4 Financial Management

• Meaning and role
• Working Capital Requirements
• Capital Budgeting
• Source of Finance
• Ratio Analysis
• Meaning
• Advantages
• Limitations
• Types of ratios and their usefulness.

Unit 5 Fund Flow Statement and Costing

• Meaning of the terms – fund, flow and fund, working capital cycle
• Preparation and interpretation of the fund flow statement.
• Costing
• Nature, importance, basic principles and Cost sheet

• Concepts of Random Variable
• Probability & Probability Distribution
• Mean & Variance of Probability Distribution
• Statistical data
• Frequency Distributions
• Mean, Variance & Standard Deviation of Data
• Bivariate data
• Concept of Dependent & Independent Variable
• Correlation
• Linear Regression

2. Linear Algebra

• Matrices
• Elementary matrix operations
• Determinants
• Rank of matrix
• Adjoin & Inverse of a matrix
• Matrix representation of simultaneous linear equation
• Solution of simultaneous linear equations using Cramer’s Rule

3. Graph Theory

• Definition & Representation of graphs
• Properties of general Graphs
• Matrix representation of Graphs
• Trees and their properties.

4. Self Study

Problem solving using Excel/SPSS