MCA
MCA
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MCA-NEP-Examination-Scheme 1/1
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Semester-1 7/7
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Lecture 2.1M24-CAP-101 Client Side Web TechnologyPreview
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Lecture 2.2M24-CAP-102 Operating System & LinuxPreview
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Lecture 2.3M24-CAP-103 Data StructurePreview
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Lecture 2.4M24-CAP-104 Programming in JavaPreview
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Lecture 2.5M24-CAP-105 Practical -1Preview
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Lecture 2.6M24-CAP-106 Practical -2Preview
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Lecture 2.7Bridge Course (MCA-BC- 23-11 Computer Fundamentals and Problem Solving Through C)Preview
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Semester-2 10/10
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Lecture 3.1MCA-20-21: Web TechnologiesPreview
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Lecture 3.2MCA-20-22: Linux and Shell ProgrammingPreview
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Lecture 3.3MCA-20-23: Advanced Data Base SystemsPreview
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Lecture 3.4MCA-20-24(i): Principles of Programming LanguagesPreview
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Lecture 3.5MCA-20-24 (ii) :High Performance NetworksPreview
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Lecture 3.6MCA-20-24(iii): Compiler DesignPreview
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Lecture 3.7MCA-20-25(i): Theory of ComputationPreview
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Lecture 3.8MCA-20-25 (ii): Design and Analysis of AlgorithmsPreview
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Lecture 3.9MCA-20-25 (iii): Security in ComputingPreview
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Lecture 3.10Bridge Course (MCA-BC- 23-21 Mathematical Foundations for Computer Science)Preview
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Semester-3 9/9
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Lecture 4.1MCA-20-31: Computer Architecture and Parallel ProcessingPreview
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Lecture 4.2MCA-20-32: Data Mining and Integration using RPreview
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Lecture 4.3MCA-20-33: Artificial IntelligencePreview
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Lecture 4.4MCA-20-34 (i): Cloud Computing and IoTPreview
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Lecture 4.5MCA-20-34(ii): Cyber SecurityPreview
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Lecture 4.6MCA-20-34 (iii): Digital MarketingPreview
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Lecture 4.7MCA-20-35(i) Advances in JAVAPreview
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Lecture 4.8MCA-20-35 (ii):Advanced Web TechnologiesPreview
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Lecture 4.9MCA-20-35(iii): Programming with KotlinPreview
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Semester-4 9/9
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Lecture 5.1MCA-20-41: Big Data and Pattern RecognitionPreview
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Lecture 5.2MCA-20-42:Computer Graphics and AnimationPreview
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Lecture 5.3MCA-20-43: Mobile Application DevelopmentPreview
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Lecture 5.4MCA-20-44(i): Soft ComputingPreview
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Lecture 5.5MCA-20-44(ii): Machine LearningPreview
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Lecture 5.6MCA-20-44 (iii): Digital Image ProcessingPreview
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Lecture 5.7MCA-20-45 (i): Optimization TechniquesPreview
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Lecture 5.8MCA-20-45(ii): Information SystemsPreview
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Lecture 5.9MCA-20-45 (iii): Blockchain TechnologyPreview
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Bridge Course (MCA-BC- 23-11 Computer Fundamentals and Problem Solving Through C)
| MCA-BC-23-11: Computer Fundamentals and Problem Solving Through C | |
| Type: Bridge Course (For students who have not studied computer science before taking admission to MCA)
Course Credits: 0 Contact Hours: 4 hours/week Examination Duration: 3 Hours Mode: Lecture External Maximum Marks: 75 External Pass Marks: 30(i.e. 40%) Internal Maximum Marks: 25 Total Maximum Marks: 100 Total Pass Marks: 40(i.e. 40%) |
Instructions to paper setter for End semester exam:
Total number of questions shall be nine. Question number one will be compulsory and will be consisting of short/objective type questions from complete syllabus. In addition to compulsory first question there shall be four units in the question paper each consisting of two questions. Student will attempt one question from each unit in addition to compulsory question. All questions will carry equal marks. |
| Course Objectives: This course is designed to get the students equipped with the fundamentals of computer science. This course will help the students to develop the problem solving skills through a well-known language C. | |
| UNIT – I
Computer Fundamentals: Basics of computers, basic computer organization, storage hierarchy, storage devices, input-output devices. Computer Software. Introduction to operating systems. Planning the computer program: Purpose of program planning, algorithm, flowcharts, decision tables, pseudocodes. UNIT – II Digital Fundamentals: Information representation – number systems, number system conversion; Computer codes – BCD code, EBCDIC code, ASCII, Unicode; Binary arithmetic; Binary logic – Boolean algebra, Boolean functions, truth table, simplification of Boolean functions (upto 4 variables only), K-map, digital logic gates. UNIT – III Elements of C language: C character set, identifiers & keywords, data types: declaration & definition. Operators: Arithmetic relational, logical, bitwise, unary, assignment and conditional operators & their hierarchy & associativity, Data input/output. Control statements: Sequencing, Selection: if and switch statement; iteration: for, while, and do-while loop; break, continue, goto statement. UNIT – IV Functions in C language: Definition, prototype, passing parameters, recursion, Data structure: arrays, structures, union, string, data files. Pointers: Declaration, operations on pointers, array of pointers, pointers to arrays. |
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| Text Books:
1. Yashwant Kanitkar, Let us C, BPB Publications. 2. Pradeep k. Sinha & Priti Sinha, Computer Fundamentals, BPB Publications 3. Byron S Gottfried, Programming with C, Tata McGrawhill |
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