ADMINISTRATIVE MANAGEMENT COLLEGE

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1 First Semester ADMINISTRATIVE MANAGEMENT COLLEGE BACHELOR OF COMPUTER APPLICATION COURSE OUTCOME (CO) Problem solving techniques Using C CO 1: Understand the basic concepts of programming, software and structured programming. CO 2: Understand and implement the concepts of decision making, looping and function in C. CO 3: Implement 1D and 2D arrays with examples. CO 4: Explain the concepts of structures with struct datatype. CO 5: Explain the concepts of pointers and memory allocation functions. CO 6: Explain the files and its mode of operations. Digital Electronics CO 1: Create the appropriate truth table from a description of a combinational logic function. CO 2: Describe the operation and timing constraints for latches and registers. CO 3: Design and analyze circuits for digital and video subsystems. CO 4: Evaluate combinational and sequential logic designs using various metrics. CO 5: Draw a circuit diagram for sequential logic circuits. Discrete Mathematics CO 1: Express a logic sentence in terms of predicates and logical connectivity. CO 2: Apply the rules of inference and methods of proof by contradiction and mathematical induction. CO 3: Develops ability to think rigorously and analytically to solve real world problems. CO 4: Solve Permutation, Combination and Set theory. CO 5: Understand Analytical Geometry in Two dimensions.

2 C Programming Lab CO 1: Implement decision making statements with various examples. CO 2: Implement looping structure in C. CO 3: Implement the operations in one and two -dimensional arrays. CO 4: Implement Recursive functions. CO 5: Implement Files and Pointers in C. Digital Electronics Lab Students will be able to... CO 1: Explain the basic logic operations of NOT,AND,OR,NAND,NOR and XOR. CO 2: Apply the laws of Boolean algebra to simplify circuits. CO 3: Understand the basic electronics of logic circuits. CO 4: Implement basic combinational and sequential logic circuits. CO 5: Verify the outputs of sequential logic circuits. Second Semester Data Structures CO 1: : Understand the basic concepts of Data Structure and design of algorithm and its complexity. CO 2: : Understand various operations and applications performed on Linear and Non- Linear Data Structures. CO 3: Implement data structure array and its various operations. CO 4: Understand efficient utilization of memory with the implementation of linked list. CO 5: Implement the applications of stack and queue. CO 6: Understand the Operations of graph and trees. Database Management system Students will be able to... CO 1: Give a description of the Database Management structure. CO 2: Give an introduction to systematic database design approaches covering conceptual design, logical design and an overview of physical design. CO 3: Present the concepts and techniques relating to query processing by SQL. CO 4: Give a description of PL/SQL stored procedures and functions. CO 5: Give an introduction to the concepts of functional dependencies and normalization. CO 6: Present the transaction processing concepts. CO 7: Give an introduction to concurrency control concepts based on times stamp ordering.

3 Numerical and Statistical Methods CO 1: Apply the knowledge of mathematics, science, and engineering. CO 2: Compute the integrals and derivatives. CO 3: Build a model based on data, be it through interpolation, Least Square, or other methods CO 4: Find the root and numerical optimization. CO 5: Estimate the solution to a set of linear and nonlinear equations. CO 6: Apply statistical and numerical methods in various computer science related projects, seminars and research CO 7: Apply the knowledge of iterative methods to solve algebraic and transcendental equations, simultaneous linear equations, ODE (ordinary differential equations) CO 8: Acquire knowledge of finite differences, interpolation, numerical differentiation and numerical integration Data Structures Lab Students will be able to implement... CO 1: String and its operations. CO 2: Searching and sorting mechanism in linear array. CO 3: Insertion and deletion on a singly linked list. CO 4: Stacks using a linked list and its application. CO 5: Traversal of a binary search tree. DBMS Lab Students will be able to implement... CO 1: Underlying concepts of database technologies. CO 2: Normalize database. CO 3: Query database using SQL DML/DDL commands. CO 4: PL/SQL programs including stored procedures, stored functions and cursors. CO 5: Different databases using SQL commands. Third Semester Object Oriented Programming Using C++ CO 1: Understand the basic concepts and features of OOPs. CO 2: Illustrate Objects and Classes with examples. CO 3: Implement different types of constructors in OOPs. CO 4: Understand and Implement the Overloading of Operators using friend functions and member functions. CO 5: Understand different inheritance methods through various examples. CO 6: Explain the concepts of templates and exceptional handling. CO 7: Illustrate streams with examples.

4 Operating System CO 1: Explain the types of operating system and process scheduling algorithms. CO 2: Explain the concepts and prevention of deadlocks. CO 3: Understand the memory management with the concept of paging and segmentation. CO 4: Explain the file management and disc management systems. CO 5: Explain the concepts of threats and security problems. CO 6: illustrate Windows and Linux OS with case studies. C++ Programming Lab CO 1: Implement the concepts of class and object. CO 2: Implement the concept of friend functions. CO 3: Implement 2D array and its operation in OOPs. CO 4: Implement the concepts of function overloading. CO 5: Implement this pointer with an example. CO 6: Implement templates in C++. Fourth semester Visual Programming CO 1: Design, create, build, and debug Visual Basic applications. CO 2: Explore Visual Basic s Integrated Development Environment (IDE). CO 3: Create sub procedures and functions using Visual Basic CO 4: Use string manipulation and sequential files in Visual Basic CO 5: Create an interactive form with ADODC Connectivity CO 6: Use object-oriented programming techniques including classes, objects, methods, instance variables, composition, and inheritance, and polymorphism. CO 7: Understand Document View Architecture. CO 8: Create desktop applications. Unix Programming CO 1: Understand the UNIX system architecture. CO 2: Understand the fundamentals of proper UNIX command syntax. CO 3: Develop mastery of commands used to manage files and directories CO 4: Demonstrate the proper use of meta characters and redirection in UNIX commands CO 5: Describe the concept of a shell script CO 6: Understand the different modes of vi editor. CO 2: Create and execute a basic shell script

5 Operations Research CO 1: Formulate and solve mathematical model (linear programming problem) for a physical situations like production, distribution of goods and economics. CO 2: Apply the concept of simplex method and its extensions to simplex algorithm. CO 3: Solve the problem of transporting the products from origins to destinations with least transportation cost. CO 4: Convert and solve the practical situations into linear programming problem. CO 5: Identify the resources required for a project and generate a plan and work schedule CO 6: Analyze and design a network using CPM and PERT technique. CO 7: Illustrate theory of games with different methods. CO 8: Implement Hungarian method for assignment problems. Visual Programming Lab CO 1: Design a user interface(ui) to accept the student details & find grade. CO 2: Design a VB application which has MDI and child forms. CO 3: Design a small alarm clock application CO 4: Design a VB application to calculate the employee detail. CO 5: Design a vending machine application using msflex grid. CO 6: Design a VB program to validate the username and password from the database (Using data control) CO 7: Create an application which is linked to a book database. Unix Programming Lab CO 1: UNIX commands and command line CO 2: Programming using the UNIX bash shell CO 3: UNIX and regular expressions CO 4: Pattern Matching using Unix Command CO 5: Handling mails in Unix. CO 6: Stream editors SED and AWK Fifth Semester Data Communication and Networks CO 1: Describe the mechanism and techniques of encoding. CO 2: Understand the properties of media and digital transmission systems. CO 3: Describe the properties of peer-to-peer protocols and service models. CO 4: Understand local area network (LAN) structure. CO 5: Describe the Ethernet standards.

6 Software Engineering CO 1: Explain the concepts of software product and process. CO 2: Understand the prototyping techniques and design strategies. CO 3: Implement Object Oriented & function oriented design. CO 4: Understand software Reliability and reusability CO 5: Understand software Verification and Validation. Computer Architecture CO 1: Describe the computer architecture. CO 2: State and understand memory hierarchy design and performance improvement techniques. CO 3: State and compare properties of shared memory. CO 4: Design basic and intermediate RISC pipelines, including instruction sets. CO 5: Design instruction sets. Java Programming CO 1: Understand the concepts of JVM and JDK. CO 2: Understand the Java features. CO 3: Create packages, interfaces and multithreaded programs. CO 4: Handle Exception. CO 5: Prepare Applet Programs. Microprocessor and Assembly Language CO 1: Understand the architecture of Microprocessor. CO 2: Design system using memory chips and peripheral chips for 16bit 8085 Microprocessor. CO 3: Understand and devise techniques for faster execution of instruction, improve speed of operation and enhance performance of microprocessor. CO 4: Write the program in Assembly level Language and run on 8085 microprocessor. CO 5: Work with standard microprocessor interface like serial ports, digital-to-analog converters and analog-to-digital converters etc. Java Programming Lab CO 1: Implement Java Programs using multiple thread. CO 2: Implement Exceptional Handling. CO 3: Implement Java Applets. CO 4: Implement Java Packages and Interfaces. CO 5: Implement Event Handling.

7 Assembly Language Programming Lab CO 1: Write Assembly language program. CO 2: Understanding Hexadecimal code for each Instruction. CO 3: Execute Assembly language program with the help of Hexadecimal code in Microprocessor 8085 kit. CO 4: Understand the Memory Management Techniques. CO 5: Understand the Programs with the Logical Operations. Mini Project CO 1: Take up positions as Programmers, Systems Analysts, Systems Designers in the field related to computer science and information technology CO 2: Preparing students for their project work. CO 3: Prepare a technical report based on the Mini project. CO 4: Deliver technical seminar based on the Mini Project work carried out. CO 5: Understand, plan and execute a Mini Project with the team. Sixth Semester Theory of Computation CO 1: : Demonstrate advanced knowledge of formal computation and its relationship to languages CO 2: Distinguish different computing languages and classify their respective types CO 3: Recognise and comprehend formal reasoning about languages CO 4: Show a competent understanding of the basic concepts of complexity theory CO 5: Apply pumping lemma for CFL to demonstrate that a language is not context-free. CO 6: Understand the introduction to computability including the halting problem and related problems. System Programming CO 1: Master in the usage C/C++ programming language, its constructs and grammar to create system software. CO 2: Master in the usage of makefiles, linking, object files, loading, symbol resolution shared and static libraries, debugging, and execution of system programs. CO 3: Understand Design of Assembler CO 4: Write Macros in Assembly Program. CO 5: Understand the Structure of Compiler.

8 Cryptography and Network Security CO 1: Understand basic security concepts and applications CO 2: Implement of AES and DES algorithms. CO 3: Understand and implement of RSA algorithm. CO 4: Understand and implement important network security tools and mechanisms. CO 5: Identify security threats for given system and Design appropriate solution. Web Programming CO 1: Demonstrate competency in the use of common HTML code. CO 2: Understand how CSS will affect web page creation. CO 3: : Understand the role of JavaScript in web page creation. CO 4: Modify CSS and JavaScript for use on a web site. CO 5: Understand the function of copyright in relationship to web design and coding. CO 6: Understand the dynamic documents with javascript. Web Programming Lab CO 1: Design a form having number of form elements. CO 2: Design a html form having number of elements. CO 3: Design a web page with dynamic effects. CO 4: Design a java script code block using arrays. CO 5: : Design a web page using multiple image files. Project CO 1: Take up positions as Programmers, Systems Analysts, Systems Designers in the field related to computer science and information technology, and ITES or students may go for higher studies in this area. CO 2: Give an opportunity to develop quality software solution. CO 3: Implement their project in any RDBMS package or any language. CO 4: Implement web based project. CO 5: Study the system and requirements from any organization and implement real time applications in the organization.

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