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31st August 2014, 01:16 PM
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PGDCA Course In Pune
I want to PGDCA Course from Pune university so please provide me some details of this PGDCA Course from Pune university.
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#2
31st August 2014, 01:54 PM
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Re: PGDCA Course In Pune
Pune university was founded in 1949 it is located in western India. Here you are looking for details of PGDCA Course from Pune University as you want here I am providing you. PGDCA; Post Graduate Diploma in Computer Applications Duration: 2 years part time Medium of Learning: English Eligibility Criteria Candidate must have a Bachelor's Degree in any stream from any University with 45% of marks in aggregate 40% in case of candidates domiciled in Maharashtra and belonging to reserved categories Post SSC three years Diploma with two years Post Diploma experience Post HSC two years Diploma with two years Post Diploma experience. Here I have syllabus of PGDCA Pune University so here I am providing you. Syllabus of PGDCA Pune University Semester I 101 Fundamentals of Information Technology 102 C Programming 103 Soft Skills 104 Practicals Semester II 201 Visual Basic 202 Java 203 DBMS 204 Practicals Semester III 301 Software Engineering and Business Process 302 Oracle 303 Web Programming 304 Practicals Address; Semester IV 401 Data Structure and Algorithms 402 PPM & OB 403 Project 404 Practicals Semester –I Fundamentals of Information Technology [101] No Chapter Details Hrs. Computer : Block Diagram of elements of digital computer-their functions. Memory, CPU, I-O devices, Secondary storages, Magnetic Tape, Disk, CD-ROM. Other recent developments-Scanners, Digitizer, Plotters. Hardware and Software. Micro, Mini and Main-frame computers-their features. 2 Representation of Data: Binary, Octal, Hexadecimal, BCD, EBCDIC, ASCII Conversions. Simple Additions, Subtractions, Multiplications, Divisions (in Octal and Hexadecimals). 3 Boolean Algebra: Algebra Rules and DeMorgans rules. Simplification of equations-simple equations. Logic Circuits-AND, OR, NAND, NOR, Exclusive OR and NOR Truth tables. Gated flip-flops, Registers, Accumulators. 4 Introduction to 8086/8088 microprocessors-architecture Base-Data, Address, Control. Introduction to 80286, 80386 and Pentium chips. 5 Software: Introduction to Programming, Flowcharts and Algorithms. System software, application software, firmware machine, Assembly, and Higher Level Languages, Stored program Concept. 6 Operating System-Introduction: Process management-FCFS, Round Robbin, Priority based. Memory management-segmentation, paging, virtual memory. I-O management-concept of I-O port. File management-FAT, file handling functions. Software and hardware interrupts, I/O and Memory based Addresses, DMA channels. 7 File: Concept of file. File organization and accessing techniques-Indexed, Line sequential, Hashed. File handling functions : Sorting, Merging, Indexing, Updating 8 Instructions and Addressing Techniques: Instruction execution cycle. Direct, Indirect, Relative, Paging, Indexed 9 Broad view of Operating Systems: MS-DOS, UNIX, MS-WINDOWS 10 Basic Concept of Networking and Data Communications: Introduction to LAN and basic communication concepts. OSI 7 layers, Topologies, Protocols, Ethernet, Arcnet, TCP/IP 11 Introduction to Virus and Vaccines, Applications, DTP, E-Mail and Internet. Books. Computers Today 3e: by Sanders. Computers: by Trainor & Krasnewich (McGraw Hill). Fundamentals of Computing: by Tucker, Cupper, Bradley Epsten, Kelemen (McGraw Hill). Operating System Concept: by Peterson Biberachaty. Operating System: by Millan Milenkoric. Fundamentals of Computers: by Rajaraman. Know your PC: by Peter Norton. MS-DOS Technical References Manual. Microprocessors Systems 8086/8080 family: by Gibson. Advanced MS-DOS Programming (Microsoft press). Computer Networks: by Andrew S. Tenenbaum. Computer Network and Distributed Processing: by James martin. Computer Studies : by C.S.French. Elements of digital computer: by Thomas Bartee. 'C' PROGRAMMING [102] No Chapter Details Hrs. 1 C Fundamentals C Character Set, Identifiers and Keywords under ANSI C. Data Types, Constants: int, float, double, char. Qualifiers: long, short, unsigned and signed. Escape sequences (like \n,\b etc.). Arithmetic Expressions and different built-in Operators. Pre-processor directives (like #include, #define), concept of header files, Symbolic constants, Comments, sizeof., steps involved in translation of C Program. 2 Built-in operators and function Console based I/O and related built-in I/O functions: printf(), scanf(); getch(), getchar(), putchar(), gets(), puts(). 3 Decision and Case Control Structure ıif statement; if-else construct; use of logical operators and Compound Relational Tests; Nested if statements; The else if construct; the relational operators; the conditional expression (ternary) operator. The Switch Statement with or without break, concept of a case label 4 Loop Control Structure Concept of Loop, loops supported by ‘C’, concept of top tested and bottom tested loops, the for loop statement; Nested for Loop ; for loop variants; the while loop statement; simple and nested while loop, Increment/decrement operators; Use of Break and Continue; the do-while loop, comparison between for, while and do while loops. 5 Storage Classes Automatic, Register, Static (local and global), External. Scope rules. 6 Arrays Concept of a collection, types of collections supported by ‘C’, Array collection and its features, concept of indexing, index variable, index type, positional value of a member of array collection, concept of dimension and size of an array, ‘C’ syntax for declaration of array, name of the array and its type, Referring individual elements, Entering data into an array, reading data from an array concept of Array initialization and list of initializers, size option, Bounds checking, the concept of two dimension arrays and related syntax, similarities between dimension and nesting. 7 Character Strings What are strings, standard library string functions like strlen(),strcat(), strcpy(), strcmp() etc.,similarity between string and 1-D array of char. 8 Functions Concept of a subprogram, the interface of a subprogram, role of a interface, Arguments of a subprogram, kinds of subprograms supported by C, return statement as an interface, local variables; Default Return type and the type void; Passing values between functions through interfaces; Declaration of function type; iterative and recursive subprograms, Recursion; concept of call by value, call by reference, return and their underlying implementation should be explained, similarities. 9 Pointers Concept of Pointers, Pointer as an address variable, concept of a pointer data type and its syntax, built-in address operator, Pointers to existing variables of different data types and their uses, use of indirection operator, the name of the array as a pointer variable, Pointers and Arrays, Pointers arithmetic, use of unary operators (++, --), One Dimension Arrays and Pointer, concept of array of pointers and simple use, command line arguments for the main. 10 Structures Structure as a homogeneous and heterogeneous collection, possible applications, syntax of declaring structure, Initializing structures, structure variables, accessing structure elements using member operator, Arrays of Structures, and array as member of structure, conceptual difference between array and structure collection, Functions and Structures, nested structures, concept of anonymous structures and their use, Concept of self referential structure, pointer as member of structure and pointer to structure use of member selector operator(->), comparison between indirection (*) operator and member selector operator (->), structure as an argument to function and return type of a function. 11 Unions Concept of Union collection, Syntax of declaration and its use, comparison of Array, Structure and Union, array of unions and union as a member of structure, structure as a member of union and array as member of union, concept of memory saving and union, union as a generic data type, concept of anonymous union. 12 File based I/O Concept of a file, text files in ‘C’, concept of a predefined FILE pointer and its definition as given in header file stdio.h, meanings of different members of the structure representing FILE, Disk I/O Functions: High level file I/O or standard functions- fopen(), putc(), getc(), fclose(), fgets(),fputs(),feof(), simple file based programs showing the working of different members of FILE structure. 13 Dynamic Memory Allocation and Memory functions Concept of dynamic environment as run time environment, concept of dynamic memory management, use of built-in dynamic memory management tools of ‘C’ viz. malloc(), free(), simple programs using malloc() and free() 14 Bitwise Operators Concept of modifying the value using bit shifting, built-in bit shift operators left bit shift operator(<<) and right bit shift operator (>>) their uses, limitations of bitwise operators, use of bitwise relational operators. 15 Other features and Miscellaneous functions Use of atof(), atoi(), atol(), toupper(), tolower(), isalnum(), isalpha(), isdigit(),exit(). Rules : ANSI C to be followed strictly Structured programming techniques to be followed Programs to be coded in ‘C’ should be preferably from Commerce / management fields. Books: •Let us C by Yashwant Kanetkar •C Programming by Balgurusamy •Turbo C/C++ - The Complete Reference by H. Schildt. •Programming in C by S. Kochan. •Born to code in C by H. Schildt. •C Programming by Kerninghan and Ritchie - 2nd Edition. •Programming in ANSI C by Agarwal C Programming with Problem Solving by Jacqueline A Jones, Keith Harro Soft Skills [103] Objectives : 1) Reading Skills, Notes taking, Information seeking methods, Report writing, Preparing Presentations, Task Planning, Organizing and Execution 2) Self Development, Interpersonal Skills, Problem Solving, decision Making, Conflict Resolution and Task Completion 3) Learning techniques, Study habits 4) Time matrix, meditation and Yoga, SWOT analysis, Goal setting, Interview techniques, leadership styles, conflict resolution strategies, group discussion 5) Communication methods, Presentation methods, selection of Aids 6) Time management, stress management, principles of body language, selfmotivation, human psychology, leadership principles. Chapter Details Hrs. Effective Communication In Business Importance and benefits of effective communication Components of communication The concepts and problems of communication Non-verbal communication Writing Skills Writing Different Types of Letters Using Microsoft Word Preparing effective resume Writing reports Presentation Skills Preparing presentations Using Microsoft PowerPoint for presentations Listening Skills i. Listening Skills 1. Recognize why listening is important 2. Understand how listening is beneficial 3. Increase productivity by listening 4. Avoid common misconceptions about listening 5. Understand the difference between hearing and listening ii. Analyzing Your Listening Skills 1. Understand the need for the listening process 2. Identify the different types of listening 3. Use critical listening skills 4. Eliminate personal filters when listening 5. Take effective notes iii. Listening to Improve Communication 1. Understand the importance of responding to a speaker 2. Provide effective feedback 3. Ask the speaker appropriate questions 4. Interpret a speaker's body language 5. Use your body language appropriately iv. Addressing Listening Problems 1. Recognize different listening problems 2. Listen with an open mind 3. Resist distractions while listening 4. Avoid complacent listening 5. Improve your understanding of a message Communication Skills i. Communicating with Supervisors 1. Identify the types of ineffective supervisors 2. Interact with an ineffective supervisor 3. Select the guidelines for promoting an idea to a supervisor 4. Identify the steps necessary to prepare for negotiating a raise with a supervisor 5. Negotiate a raise with a supervisor ii. Communicating with Colleagues and Subordinates 1. Choose the guidelines for communicating with colleagues 2. Identify the proper way to respond to a colleague's idea 3. Take the appropriate steps to apologize to a subordinate 4. Follow the process for dismissing a subordinate 5. Use the appropriate tactics to refuse a subordinate's request If you want to get full syllabus here I am attaching a file you can download this attachment it is free to download |
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