Structured C programming practice covering core concepts, logic building, and problem solving

This repository contains my C programming practice work completed during the first semester of my B.Tech in Artificial Intelligence & Data Science program.

The project is organized topic-wise and focuses on building a strong foundation in procedural programming, problem solving, and logical thinking using the C language. Each folder represents a specific concept area practiced through multiple programs.

• multiple-arithmetic-operations.c – Performs multiple arithmetic operations
• multiplication-table.c – Prints multiplication tables
• sum-of-array.c – Computes sum of array elements
• sum-of-matrix-elements.c – Calculates sum of matrix elements
• sum-of-numbers.c – Sums a series of numbers
• sum-of-two-numbers.c – Adds two numbers

(Compiled executables stored in Run)

• array-pointer-address-demo.c – Demonstrates array addresses using pointers
• array-sum-average.c – Computes sum and average of array elements
• copy-array-elements.c – Copies elements from one array to another
• count-duplicate-elements.c – Counts duplicate elements in an array
• find-max-min-array.c – Finds maximum and minimum elements
• search-element-in-array.c – Searches for an element in an array
• sort-array-ascending.c – Sorts array in ascending order
• sort-array-descending.c – Sorts array in descending order
• sort-integer-array.c – Integer array sorting
• sum-and-average-array.c – Calculates sum and average

(Compiled executables stored in Run)

• check-even-odd.c – Checks whether a number is even or odd
• check-prime-number.c – Checks for prime numbers
• count-even-odd-array.c – Counts even and odd elements in an array
• greatest-of-three-numbers.c – Finds the greatest of three numbers
• separate-even-odd-array.c – Separates even and odd elements
• switch-subject-book.c – Switch-case based subject selection
• vowel-check-using-switch.c – Vowel detection using switch

• basic-operations-using-functions.c – Arithmetic operations using functions
• fibonacci-using-function.c – Fibonacci series using functions
• reverse-array-using-function.c – Reverses an array using functions
• sum-of-n-numbers-function.c – Sum of numbers using functions

• fibonacci-iterative.c – Fibonacci series using loops
• fibonacci-using-recursion.c – Fibonacci using recursion
• loop-practice-temp.c – Loop practice programs
• print-numbers-1-to-200.c – Prints numbers from 1 to 200
• print-odd-number-pattern.c – Odd number pattern printing
• pattern-special-case.c
• pattern-temp-1.c
• pattern-temp-2.c
• pattern-temp-3.c
• pattern-temp-4.c
• pattern-temp-5.c
• pattern-temp-6.c
• pattern-temporary.c
• pattern-trial-1.c
• pattern-trial-2.c

• factorial-iterative.c – Factorial using iteration
• factorial-recursive-basic.c – Basic recursive factorial
• factorial-recursive.c – Recursive factorial implementation
• factorial-recursion-version2.c – Alternate recursive approach
• factorial-using-function.c – Factorial using functions

• string-basics.c – Basic string handling
• string-operations.c – Common string operations
• sort-string-alphabetically.c – Alphabetical string sorting
• sort-multiple-strings.c – Sorting multiple strings

• student-structure-basic.c – Basic structure handling
• student-union-demo.c – Union demonstration
• book-structure-handling.c – Book record handling using structures
• time-format-structure.c – Time format using structures

• electricity-bill-calculation.c – Electricity bill calculation system
• restaurant-order-system.c – Console-based restaurant ordering system

• TeamLaligurans.pdf – Reference / supporting document

• GCC compiler (or any C compiler)
• Windows / Linux / macOS

1. Navigate to the desired folder
2. Compile the program: gcc filename.c -o output
3. Run the executable: ./output

(Precompiled .exe files are available in Run folders for Windows.)

• C syntax and control flow
• Arrays, strings, pointers
• Functions and recursion
• Structures and unions
• Pattern printing and logic building
• Real-world problem modeling
• Debugging and program organization

This work was completed as part of the Programming in C coursework during the first semester of the B.Tech AI & Data Science curriculum, with emphasis on building strong programming fundamentals.

MIT License

Copyright (c) 2026
Krish Singh
https://github.com/wasitkrish