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Course Learning Objective
Course Learning Objective
Equip students with a comprehensive understanding and practical skills in C programming, enabling them to tackle complex computational problems, develop critical and analytical thinking, and prepare for advanced studies in computer science as per UGC NET and GATE standards.
Course Outcomes:
Course Outcomes:
Apply programming concepts in C to solve complex problems, demonstrating critical thinking and analytical reasoning.
Design and implement efficient algorithms using C for research-related skills and cooperative teamwork.
Evaluate and optimize C programs for performance and digital literacy.
Demonstrate leadership readiness and multicultural competence through collaborative programming projects.
Communicate effectively about programming logic and solutions, enhancing communication skills and environmental awareness.
Course Syllabus
Course Syllabus
Unit 1: Basics of C Programming (9 hours)
Unit 1: Basics of C Programming (9 hours)
Introduction to C
Structure of a C program
Variables, data types, and operators
Input/output operations
Unit 2: Control Structures and Functions (9 hours)
Unit 2: Control Structures and Functions (9 hours)
Conditional statements
Loops and iteration
Functions and recursion
Scope and lifetime of variables
Unit 3: Arrays, Pointers, and Strings (9 hours)
Arrays and multidimensional arrays
Pointers and dynamic memory allocation
Strings and string manipulation functions
Unit 4: Structured Data Types (9 hours)
Structures and unions
File handling in C
Enumerations and typedef
Unit 5: Advanced Concepts in C (9 hours)
Preprocessor directives
Command-line arguments
Introduction to libraries and modular programming
Labs
Labs
Code done in Class and Labs can be found on my github
The source code will be written in vscode
Programming can be done in CodeBlocks IDE
The C compiler and C/C++ extension for vscode will be required - Using GCC with MingGW
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