C Programming on Linux: Build, Compile & Apply

Instructor: EDUCBA

Access provided by Krida Wacana Christian University

5 modules

Gain insight into a topic and learn the fundamentals.

2 weeks to complete

at 10 hours a week

Flexible schedule

Learn at your own pace

5 modules

Gain insight into a topic and learn the fundamentals.

2 weeks to complete

at 10 hours a week

Flexible schedule

Learn at your own pace

What you'll learn

Compile and execute C programs using GCC on Linux.
Apply loops, functions, and recursion in C.
Use pointers, variadic functions, and CLI arguments.

Skills you'll gain

Details to know

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Assessments

20 assignments

Taught in English

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There are 5 modules in this course

By the end of this course, learners will be able to set up a C environment on Linux, compile programs using GCC, apply operators and control structures, implement loops, design functions and recursion, manipulate pointers, and develop advanced applications using variadic functions and command-line arguments.

This comprehensive course takes you step-by-step from the basics of writing your first C program on Linux to mastering advanced programming concepts. You’ll gain hands-on practice with the GCC compiler, explore variables, operators, and flow control, and deepen your skills with practical looping and function-based case studies. As you progress, you’ll learn how to apply recursion, harness the power of pointers, and extend your programs with variadic functions and command-line arguments. What makes this course unique is its Linux-centric approach, providing learners with a real-world environment where C programming truly shines — from system-level operations to efficient program execution. Whether you are a beginner or refreshing your knowledge, this course equips you with practical, industry-relevant skills to confidently apply C in software development, system programming, and academic projects.

This module introduces learners to C programming in the Linux environment. Students explore the GCC compiler, the compilation process, and the fundamental steps needed to write, compile, and run their first C program.

What's included

15 videos4 assignments

15 videosTotal 115 minutes

Introduction to C on Linux9 minutes
Commands to Check Whether Gcc Installed or Not9 minutes
Commands to Install Gcc on Linux9 minutes
Gcc Architecture Overview5 minutes
First C Program7 minutes
Compile C program on Linux4 minutes
Gcc Compiler With -C Option4 minutes
Gcc Various Options6 minutes
Gcc Various Options Practical6 minutes
Various Stages of Compilation7 minutes
Various Stages of Compilation Practical6 minutes
Development Stages of Program 5 minutes
Types of Variables Theory11 minutes
Variable Declaration Definition and Printing Values10 minutes
Variable Declaration Definition and Printing Values Practical10 minutes

4 assignmentsTotal 60 minutes

Graded - Getting Started with C on Linux30 minutes
Setting the Stage10 minutes
Compiling Basics10 minutes
Understanding Compilation Flow10 minutes

This module covers the foundations of working with variables, operators, and decision-making constructs in C. Learners gain practical skills in writing conditional and branching logic for real-world programs.

What's included

15 videos4 assignments

15 videosTotal 126 minutes

Arithmetic Operators in C10 minutes
Arithmetic Operators in C Practical8 minutes
Operators7 minutes
Operators Available and Conclusion10 minutes
Control Loops in C Introduction0 minutes
Go to Loop Theory8 minutes
If Else Loop Theory8 minutes
If Else Loop Hindson10 minutes
If Else Loop Hindson continue5 minutes
Go to Loop Hindson8 minutes
Difference Between Break9 minutes
Switch Control Statement11 minutes
Break Continue Switch Hindson8 minutes
Break Continue Switch Hindson Continue9 minutes
Switch Versus If Else Ladder7 minutes

4 assignmentsTotal 60 minutes

Graded - Mastering Variables and Operators30 minutes
Working with Variables10 minutes
Conditional Statements10 minutes
Advanced Flow Control10 minutes

This module provides in-depth coverage of looping constructs in C, including while, do-while, and for loops. Learners practice creating nested loops, case studies, and handling special looping scenarios.

What's included

15 videos4 assignments

15 videosTotal 136 minutes

Case Study On Loops And Condition Statements5 minutes
While Loop Theory9 minutes
Calculation of Simple Interest for 3 Step9 minutes
While Loop Hindson11 minutes
Do While Hindson Theory8 minutes
Do While Hindson Practical6 minutes
For Loop Theory7 minutes
For Loop Practical9 minutes
For Loop Hindson11 minutes
For Loop Hindson Practical9 minutes
Various Concepts of Infinite Loop9 minutes
Nested Loops11 minutes
Introduction to Function7 minutes
User Defined Function7 minutes
Function Definition9 minutes

4 assignmentsTotal 60 minutes

Graded - Exploring Loops and Iterations30 minutes
Looping Foundations10 minutes
Practical Looping10 minutes
Special Looping Scenarios10 minutes

This module explores the concept of functions in C, covering declarations, definitions, recursion, and function categories. Learners also gain practical knowledge of pointers and their integration with functions.

What's included

15 videos4 assignments

15 videosTotal 135 minutes

Function Declaration10 minutes
Functions with no Parameters no Arguments9 minutes
Functions with no Return Parameters But has Arguments9 minutes
Functions with Return Parameters But has no Arguments9 minutes
Functions With Return Parameters and has Arguments9 minutes
Case Study of Calculator Using All Four Types of Functions5 minutes
Case Study of Calculator Using All Four Types of Functions Continue8 minutes
Main Function Execution8 minutes
Recursive Function Concepts8 minutes
Calling Function and Called Function8 minutes
Pointer Introduction10 minutes
Address Operator7 minutes
Pointer Variable Declaration8 minutes
Indirection Operator9 minutes
Pointer Arithmetic10 minutes

4 assignmentsTotal 60 minutes

Graded - Functions in Depth30 minutes
Functions Essentials10 minutes
Functions in Action10 minutes
Diving into Pointers10 minutes

This module introduces advanced C programming concepts including pointer arithmetic, void and volatile pointers, variadic functions, and command-line arguments. Learners gain skills to handle flexible input and advanced memory management.