Curriculum Scheme. Dr. Ambedkar Institute of Technology, Bengaluru-56 (An Autonomous Institute, Affiliated to V T U, Belagavi)

Transcription

1 Curriculum Scheme

2 INSTITUTION VISION & MISSION VISION: To create Dynamic, Resourceful, Adept and Innovative Technical professionals to meet global challenges. MISSION: To offer state of the art undergraduate, postgraduate and doctoral programs in the fields of Engineering, Technology and Management. To generate new knowledge by engaging faculty and students in research, development and innovation. To provide strong theoretical foundation to the students, supported by extensive practical training to meet the industry requirements. To instill moral and ethical values with social and professional commitment. DEPARTMENT VISION & MISSION VISION: To create a quality human resource with good technical competence to face the global challenges. MISSION: To create a Center of Excellence through industry institute interaction. To impart industry relevant skills to the students. To inculcate a sense of commitment to the students towards socioeconomic development of the nation PEO1: Graduates are prepared to be employable in Information Technology and Information Technology Enabled Services (ITES). PEO 2: Graduates are prepared to inculcate creative and innovative ideas to be employed in academics and research environment. PEO 3: To provide an opportunity to students to learn the latest trends in computer technology and make them ready for lifelong learning process with leadership skills and corporate social responsibilities.

3 PROGRAM OUTCOMES: PO1. Ability to apply mathematical foundations, algorithmic principles, and computer science theory in the modelling and design of computer based systems. PO2. Graduates will be able to demonstrate with excellent programming, analytical, logical and problem solving skills PO3. Graduates will be able to design a computing system to meet desired needs within realistic constraints such as safety, security and applicability. PO4. An ability to devise and conduct experiments, interpret data and provide well informed conclusions. PO5. An ability to select modern computing tools and techniques and use them with dexterity. PO6. An ability to function professionally with ethical responsibility as an individual as well as in multidisciplinary teams with positive attitude. PO7. An ability to appreciate the importance of goal setting and to recognize the need for lifelong learning. PO8.Develop and maintain medium to large scale application software using theoretical and applied knowledge of software engineering and project management. PO9. An ability to communicate effectively. PO10. An ability to understand the impact of system solutions in a contemporary, global, economic, environmental, and societal context for sustainable development. PO11. An ability to execute the project either individually or in a group. PO12. An ability to become an Entrepreneur in the field of information technology to create a value and wealth for the betterment of the individual and society

4 CURRICULUM Scheme for Batch I Semester MCA11 MCA12 MCA13 MCA14 MCA15 Name of the Data structures using C Unix Web Technologies Computer Organization Discrete Lecture Tutorial Practical Total Duration of Exam in Hours Marks CIE SEE Total Marks

5 MCAL16 MCAL17 MCAL18 Mathematical Structures Data structures using C Lab -- Unix Lab Web Lab Total II Semester

6 MCA21 MCA22 MCA23 MCA24 MCA25 MCAL26 MCAL27 MCAL28 Name of the Practical Total Duration of Exam in Hours Marks Total Marks Lecture Tutorial SEE CIE Python 4 - Object oriented - 4 programming using C++ Database - III Semester 4 Management Systems Operating Systems Duration Marks for Name of the Total Practical Seminar Total of Exam 100 Lecture Tutorial SEE Marks Professional in Hours CIE - 4 Communication & Ethics Python - Lab Object oriented programming using C++ lab DBMS Lab Total

7 MCA31 MCA32 MCA33 MCA34 MCA35 MCAL36 MCAL37 MCAL38 Computer Networks Java Programmin g Analysis and Design of Algorithms Software Engineering Elective -1 Computer Networks Name Lab of the Java Programmin g Lab Analysis and Design of Algorithms Lab Duration of Exam Practical 1 Seminar - Total 1 3 Lecture -- Tutorial - in Hours -- - IV Semester Marks for Total SE Marks CI 50 E Total Students should present the seminar on cutting edge/emerging/state of the art technologies in the field of Computer Science and Applications. MCA351 MCA352 MCA353 MCA354 ELECTIVE-1 System Software Network Security Operations Research Data Analysis using Spread Sheets

8 MCA41 MCA42 MCA43 MCA44 MCA45 MCAL46 MCA41 MCAL47 MCAL48 Advanced Java Software Testing and Practices Advanced Web Elective Name Management of the Elective-3 Advanced Java Object- Oriented Lab Modeling Software Testing Lab -- - Web based Mini Project V Semester E 4 -- Duration Marks for Total Practical Seminar Total of Exam 100 Lecture Tutorial CIE SEE Marks in Hours Total ELECTIVE--2 MANAGEMENT ELECTIVE-3 MCA441 Data Warehousing & Mining MCA451 Software Project Management MCA442 Fuzzy Logic & Applications MCA452 Supply Chain Management MCA443 Software Architecture MCA453 Enterprise Resource Planning MCA444 Internet of things MCA454 Management Information System

9 MCA42 MCA43 MCA45 MCA46 MCAL47 MCAL48 MCAL49 and Design Patterns Programmin g Using C# &.NET Mobile Application s Elective-4 Elective-5 Software Design Lab --.Net Lab Mini project-2 using Mobile Application s Total ELECTIVE--4 ELECTIVE-5 MCA541 Cloud Computing MCA551 Storage Area Networks MCA542 E- Commerce & M- Commerce MCA552 Wireless & Ad-hoc Networks MCA543 Service Oriented MCA553 Distributed Computing Architecture MCA544 Soft Computing MCA554 Big Data Analytics MCA545 System Simulation & Modelling MCA555 Software Defined Networks Master of Computer Applications (MCA) MCA61 Name of the Research Methodology VI Semester Internal External Dissertation Total Viva Evaluation Marks

10 MCA62 Internship & Seminar MCA63 Project Work Total Grand Total (I to VI Semesters): 4500 Marks : 150 Guidelines : MCA62: Internship The students shall undergo internship for 6 weeks during the vacation immediately after the 5 th semester examination. The internship shall be carried out in industry/r&d labs or institutions. Internship should be presented along with the report by the end of 6 weeks and shall be evaluated by the internal panel for 50 marks each. Project Work Synopsis Synopsis of the project must be submitted before the end of the first month of 6 th semester The synopsis of the project must include: a) Problem formulation and literature survey. b) Details of the required tools and technologies for the development of project. c) Write up shall not exceed 15 pages. Internal assessment for synopsis presentation and evaluation of the synopsis by the internal examiner/guide is for 50 marks. Dissertation: The project shall be carried out in the same institution or in industry/r&d labs based on software tools and technologies learnt in MCA course/internship for minimum period of 16 weeks. Internal assessment shall be evaluated by the internal panel/guide for 50 marks. For continuous evaluation of project work by the internal examiner/guide with progress reports is for 10 marks each. ( 3 progress reports x 10 marks= 30) Final presentation for the entire project is evaluated for 20 marks. The internal examiners (Project Guide with at least 2 years of experience) and the external examiners shall be appointed by the authorities of the college for the final evaluation of the project. Internal and external examiners shall carry out the evaluation of Dissertation report for 150 marks individually. The average of the marks allotted by the internal and external examiners shall be the final marks for the project Dissertation report evaluation. The project presentation and Viva-voce shall be evaluated jointly by both the internal and external examiners for 100 marks. The student should be encouraged to present/publish the part/outcome of the project as an article in the conferences/journals.