North Maharashtra University, Jalgaon

Transcription

1 2010 North Maharashtra University, Jalgaon Syllabus Of Bachelor Of Computer Application Third Year B.C.A. Semester Pattern SEMESTER- VI (w.e.f.: June-2010 )

2 New Syllabus: T.Y.B.C.A. (W.E.F. June -2010) Subject: BCA 61 Stock & Commodity Markets SEMESTER - VI Pattern: External Marks 80 +Internal Marks 20 = Maximum Total marks: 100 Objectives 1. To introduce various auditing Techniques and tools to the students. 2. To enable the students to know the Corporate Accounting practices, and the auditing practices followed in the audit of certain other entities 3. To introduce the students the relevant Auditing & Assurance Standards T.Y.B.C.A. SEMESTER VI - BCA -61- Stock & Commodity Market [ Lectures 48] 1. Introduction Lectures 6 a. Stock Exchanges (BSE, NSE, OTCEI) i. Functions ii. Advantages iii. Organization b. Growth of Indian Stock Market 2. 2) Primary Market Lectures 6 a. Types of shares Debentures Bonds b. Initial Public Offer c. Merchant banker to an issue d. Underwriters e. Credit Rating Agencies 3. 3) Secondary Market Lectures 6 a. Meaning, Significance & Scope b. Secondary Market Intermediaries c. Stock brokers, Sub brokers, advisers d. Depositories e. Custodian Share transfer agents f. Listing 4. Mutual Funds Lectures 6 a. Concept

3 b. Advantages of mutual fund investing c. Types of Funds :Liquid fund, Equity fund, Debt fund, Hybrid Fund, Commodity fund, Real Estate funds, Fund of Funds etc. 5. Screen based trading Lectures 8 a. Types of Indexes :Nifty, Sensex, Sector Indexes b. Client Code c. Contract Note d. Price Band e. Clearing & Settlements f. Rolling Settlements g. Settlement guarantee funds h. Margin i. Arbitrage j. No Delivery Period 6. Commodity Derivatives Lectures 8 a. Concept of Commodity, Commodity Exchanges, Futures Contracts b. Differences between Physical & Future Market c. Trading in Commodity Markets d. Efficiency of Commodity Markets e. Size of Commodity Markets in India f. Benefits of Commodity Markets g. Commodity Markets of India h. Global Commodities Exchanges i. Commodity Specific Issue 7. Introduction to Derivatives Lectures 8 a. Derivatives Defined b. Types of Derivatives i. Financial Derivatives ii. Commodity Derivatives c. Products, Participants & Functions

4 (NACC Reaccredited B (2.88) Grade University) New Syllabus: T.Y.B.C.A. (W.E.F. June -2010) Subject: BCA 62 Introductions to ERP and SAP SEMESTER - VI Pattern: External Marks 80 +Internal Marks 20 = Maximum Total marks: 100 External Marks Internal Marks Theory Practical Theory Practical Total Marks 80 NIL 20 Nil 100 T.Y.B.C.A. SEMESTER VI - BCA -62- Introductions to ERP and SAP [ Lectures 48] 1. Introduction to ERP Lectures 11 a. Meaning, Need, Merits & Demerits of ERP b. Concepts of ERP related technologies i. MRP I and MRP II ii. Management information system (MIS) iii. Data warehousing and Data Mining iv. Supply chain Management (SCM) v. OLAP(On Line Analytical Processing) 2. ERP implementation lifecycle Lectures 12 a. Evaluation and selection of ERP Package b. Project Planning & Implementation c. Team training and testing d. End user training e. Going Live f. Post evaluation and maintenance g. Risks associated with ERP 3. ERP Modules and Vendors Lectures 12 a. Finance b. Sales and Distribution c. Inventory Control d. Vendors, consultants and users 4. ERP Software Overview Lectures 03 a. SAP b. BAAN c. Oracle 5. Introduction to SAP Lectures 10 a. Meaning History and features of SAP b. SAP R/2 Architecture and its Limitations c. SAP R/3 Architecture & Application Modules Note : Study Visit be used as an additional Means to impart the Practical knowledge of ERP. REFERENCE BOOKS: Reference Books 1. Enterprise Resource Planning Alexix Leon TATA McGraw Publication 2. ERP Ware: ERP implementation Framework V. K. Garg & N. K. Venkitakrishnan

5 New Syllabus: T.Y.B.C.A. (w.e.f. June 2010) SEMESTER: VI Paper: BCA 63 Java Programming MARKS 100 EXTERNAL MARKS INTERNAL MARKS TOTAL MARKS Theory Practical Theory Practical 80 NIL 20 Nil 100 T.Y.B.C.A. SEMESTER VI - BCA -63 Java Programming [ Lectures 48] 1. Introduction to Java: [3] Java as programming tool, Advantages of Java(Simple Object oriented, distributed, robust, secure, Architecture Neutral, Portable, Interpreted, High performance, Multithreading, dynamic. Java & Internet 2. Fundamental Programming Structures in Java [5] Comments, Data types (Integer, floating pt., character type, Boolean, enumerated), Casting, Variables, Arrays, Assignments, Initializations (Conversion between Numeric Types, constants), operators. Input and Output, A simple java programs, Compiling and running Java programs using command line and Editors, command line arguments. Control flows: conditional statement, loops, Switch statements, break statements, Block scope. 3. Objects and Classes [4] Introduction, Defining a class, Adding variables, Adding methods, Creating objects, Accessing class members, Constructors, Method Overloading, Static members, Nesting of methods. 4. Functions in Java [3] String functions (Concatenation, substring, string editing, testing for equality), Formatting functions, Date and Time functions using Gregorian calendar class. 5. Inheritance [5] Inheritance, Inheritance hierarchies, super class, sub class, Polymorphism, Abstract classes, Access modifiers, Wrapper classes, interfaces, Inner classes. 6. Graphics Programming [4] a. Introduction, Frames, frame layouts, Displaying information in a frame, b. Graphics objects and Paint Components method, Text and Fonts, colours, c. Drawing shapes, Filling shapes, Paint mode & images. 7. Event handling [6]

6 Basics Event handling, Event hierarchy, Event sources and Listener, Individuals Events (Focus, Window, Keyboard, Mouse Events), Event handling summary, Multicasting 8. User interface components using swing [9] Swing and the Model View Controller Design Pattern Introduction to Layout Management (Panels, Border layout, Grid layout). Text Input (text fields, Password fields, Labels and Labelling Components, selecting Text, Editing text), Making choices (check boxes, radio buttons, Lists, Combo boxes),border, Scroll Panes, Menus (Building Menus, Reacting to menu events, icons in menu items, Check box & radio button, menu items, Pop up menus, Enabling & Disabling menus) 9. Applets [5] Applet basics, Simple Applets, Testing Applets, Converting Application to Applets, Life cycle of an applet. The Applet HTML tags & attributes. Use of parameters to pass information to an applet. 10. Exception Handling [4] Dealing with errors (The classification of exceptions, How to throw the exception) catching exceptions. REFERENCE BOOKS: 1. Core Java Volume I Fundamentals By : Cay s Horstmann and Gary Cornell. 2. Programming with Java By : E Balagurusamy (Tata McGraw Hill) 3. The complete reference JAVA 2 Fifth Edition By: Herbert Schildt (TMH)

7 New Syllabus: T.Y.B.C.A. (w.e.f. June 2010) SEMESTER: VI Paper: BCA 64 Design of Experiments and Competitive Skills MARKS 100 No of lectures 48 EXTERNAL MARKS INTERNAL MARKS TOTAL MARKS Theory Practical Theory Practical 80 NIL 20 Nil 100 T.Y.B.C.A. SEMESTER VI - BCA -64 Design of Experiments and Competitive Skills [ Lectures 48] Section I Design of Experiments (No. of Lectures 24) 1. Analysis of variance (AV) Lectures Introduction 1.2 Concept of resolution of total sum of squares into components, one way and two way. 1.3 Basic identity for AV one way and two way classification. 1.4 One way model, assumptions and interpretation. 1,5 The basic hypothesis : H0 : α1 = α2 = α3 = = αk = 0 And its interpretation. 1.6 Preparation of AV table and the F test for the H Two way model, assumptions and interpretation. 1.8 The basic hypothesis for α and β. 1.9 Preparation of AV table and the tests for the above hypotheses. ( Note : Estimation of parameters and justification of test is not expected in one way And two way models ) 2. Design of experiments Lectures Introduction 2.2 Introduction to basic terms of design of experiments : experimental unit, treatment, layout Of an experiment. 2.3 Principles of design of experiments 2.4 Completely Randomised Design (CRD) : Preparation of AV table, testing for equality of treatment effects. 2.5 Randomised Block Design ( BRD) : Preparation of AV table, testing for equality of Treatment effects and equality of block effects. 2.6 Latin Square Design ( LSD) : model, assumptions and interpretations, preparation of AV Table, testing for equality of row effects, column effects and treatment effects. ( Estimation of parameters and justification of F test is not expected.) 2.7 Identification of real life situations where the above designs are useful. 3. Factorial Experiments Lectures General description of factorial experiment, 2 square and 2 cube factorial experiments. 3.2 Definitions of main effects and interactions in 2 square and 2 cube factorial experiments. 3.3 Preparation of analysis of variance table by Yates procedure, tests for main effects and Interactions. 3.4 Examples and Problems

8 Books for reference (1) Design and analysis of experiments, by Montgomery D. C. (2) Fundamentals of Applied Statistics, by Gupta S. C. & V. K. Kapoor (3) Statistical Methods, Gupta S. P. (4) Experimental Designs, Cochran W. G. & Cox G. M. Section II: Competitive Skills (No. of Lectures 24) 4.0 Business Repports and Proposals Lectures Meaning of a Report 4.2 Purpose of Business Reports 4.3 Steps in Writing routine Business Report 4.4 Parts of a Report 4.5 Corporate Reports 4.6 Business Proposals format, Layout & Design 5.0 Meetings and Conferences Lectures Need of Meetings & Conferences 5.2 Planning a Meeting 5.3 Process of Meeting 5.4 Requirements of Effective Meeting 5.5 Evaluation of Meetings 5.6 Minutes of a Meeting 5.7 Planning a Conference 5.8 Web Conferencing 6.0 Team Briefing Lectures Meaning, Features, Process & Benefits of Briefing 6.2 Briefing Down the Line 6.3 Techniques of Briefing 6.4 Formats for the Information Briefing Books for reference Business Communication Minakshi Raman & Prakash Singh Oxford Unv Press

9 New Syllabus: T.Y.B.C.A. (w.e.f. June 2010) SEMESTER: VI Paper: BCA 65 Practicals on Transactions related to Commodity and Stocks and Design of Experiments EXTERNAL MARKS INTERNAL MARKS TOTAL MARKS Theory Practical Theory Practical T.Y.B.C.A. SEMESTER VI - BCA 65 [ Lectures 48] A. Transactions related to Commodity and Stocks List of practicals (Note: The Student has to maintain a Journal in which the experience of the student at the visited place shall be written along with the supporting documents to the satisfaction of the internal guide teacher. The external examination shall be conducted as viva voce based on the practicals recorded in the journal by the external examiner for 40 marks.) 1 Visit to an office of Broker/Sub broker of Commodities and Stocks for understanding the organization and administration of office. 2 To study Stock purchase transactions on line with the help of software at the Broker/ Sub broker s office. 3 To study Stock sales transactions on line with the help of software at the Broker/ Sub broker s office. 4 To examine, study and obtain the output of account statements to be sent to the regular customers including commission and brokerage for the transactions during a specified period. B. Design of Experiments (Marks 40. The practicals are to be carried out using R software. The external exam shall be conducted by the external examiner on the basis of actual practical done by the student in the lab before external examiner at the time of the examination. Internal guideteacher who has assessed the student for internal 20 marks shall also remain present at the scheduled time of the examination.) 1. Analysis of completely Randomised Design 2. Analysis of Randomised Block Design 3. Analysis of Latin Square Design 4. Analysis of 2 cube factorial experiment arranged in RBD.

10 New Syllabus: T.Y.B.C.A. (w.e.f. June 2010) SEMESTER: VI Paper: BCA 66 Practical on Java Programming No of lectures 48 EXTERNAL MARKS INTERNAL MARKS TOTAL MARKS Theory Practical Theory Practical NIL 80 NIL Write a program in Java for Fibonacci series 2. Write a program in Java to demonstrate various string function 3. Write a program in Java for simple inheritance 4. Write a program in Java for interfaces 5. Write a program in Java to draw various geometric shapes like circle, line, rectangle etc. 6. Write a program in Java to demonstrate window event 7. Write a program in Java to demonstrate user interface component (Text box, radio button, check box, buttons). 8. Write a program in Java to demonstrate menus as interface Component. 9. Create an applet to draw various geometric shapes like circle, line, rectangle 10. Write a program in Java to demonstrate Java Applet with parameter Note: The external exam shall be conducted by the panel of two external examiners. Each external examiner shall evaluate for 40 marks. Internal guide teacher who has assessed the student for internal 20 marks shall also remain present at the scheduled time of the examination.

11 New Syllabus: T.Y.B.C.A. (w.e.f. June 2010) SEMESTER: VI Paper: BCA 67 Project Report Pattern: External Marks 80 +Internal Marks 20 = Maximum Total Marks: 100 PROJECT WORK 1.1 Each student shall have to carry out the project work based on computer application in a real life situation based on the language/ software learned in the course. A project may be carried out at any outside organisation or on a sub system of an organization. 1.2 The project work should be carried out individually. No group work is allowed in the Project work. The project title should not be repeated. 1.3 The topic of the project should be decided with the consultation & guidance of an internal guide teacher of the institute/college. The project should be necessarily innovative and problem solving. No teacher shall be entrusted with more than 15 students for guidance and supervision. 1.4 The institute/ college shall submit the detailed list of candidates with Project Titles and internal guide to the university within a week of title finalization of such titles by the guide/ internal teacher. Such a title finalization must be completed before end of the second week of the sixth semester. 1.5 The student should clearly mention the need of project, database(s), files required for the project, DFD, Normalization, ERD, soft wares used for the project, reasons for selection of that software, inputs required, outputs produced etc. 1.6 The application should be menu driven and should provide the facilities of storage of data, modifications in existing data, deletion of unwanted data, and viewing of data. 1.7 The student has to write a report based on the actual work undertaken during the vacations at the specific selected enterprise/ organisation or sub system and get it certified by the concerned teacher that the Project report has been satisfactorily completed and submit TWO typed copies of the same to the Head / Director of the institute /Principal of the college. 1.8 One copy of the report submitted by the student shall be forwarded to the University by the Institute before 31st January. 1.9 The project work will carry maximum 100 marks, of which internal teacher shall award marks out of maximum 20 marks on the basis of project work done by the student as a continuous assessment. Remaining marks shall be awarded out of maximum 80 marks by examining the student during Viva voce, by the panel of the external examiners to be appointed by the University No student will be permitted to appear for Viva voce examinations, unless and until (s)he submits the project report before the stipulated time. End