VNSGU Syllabus 2017 Download BCA/BCOM/MBA/MCA/LLB Exam Syllabus

VNSGU Syllabus 2017

Applicants who are preparing for VNSGU BCA/BCOM/MBA/MCA/LLB Exam 2017 can now download their VNSGU Syllabus 2017 from below provided link.  Veer Narmad South Gujarat University, Surat conducts examination for its semester exam twice in a year. Applicants must prepare well to score good marks in this exam.

BCA 1st Sem Syllabus

Course Title	Topics To Be Covered
Communication Skills	Unit 1. Introduction 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
Mathematics	Unit 1. Set Theory 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
Introduction to Computers	Unit 1. Introduction 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 )
Computer Programming & Programming Methodology	Unit 1. Algorithm and Flowchart 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
Office Automation Tools	Unit 1. Introduction 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

MCA 1st Syllabus

Course Title	Topics To Be Covered
Computer Organization and Fundamentals of Operating Systems	Unit 1. Memory, Number System & Basic Computer Architecture 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
Data Base Management System	Unit 1. Basic Concepts of Database Management System. 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
Computer Programming and Programming Methodology	Unit 1. Algorithm & Flowcharting 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
Enterprise Resource Planning & Financial Management	Unit 1. ERP Introduction 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
Mathematical Foundation Of Computer Science	1. Statistics 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

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