PhysicsWallah provides a complete C Programming Foundation course for beginners as well as experienced candidates. This course covers the entire C syllabus with proper recorded lectures and experienced teaching faculties.Â
C programming is the first step for most beginners to start learning programming. C language is also called the mother of all programming languages as it has existed for a long time, and most of the latest programming languages use its concept in their syntax. Learning C programming language is a step-by-step process that is fun if we are under good guidance.Â
Let us know the critical C syllabus in this article. Candidates will also get the C syllabus pdf in the article below. Read the complete article to learn about the important topics that will be covered in the C Programming Foundation course.Â
C Syllabus Foundation
Candidates can check out the entire syllabus that will be covered in the C Programming Foundation course. Check out the table below for more details.
| Important Topics C Syllabus | |
| Name of Lesson | Topic | 
| 1 | Introduction to Programming | 
| 2 | Program and Programming | 
| 3 | Programming Languages | 
| 4 | Types of Softwares | 
| 5 | Operating Systems | 
| 6 | DOS Commands | 
| 7 | Basic Linux Commands and VI Editor | 
| 8 | Compiler, Interpreter, Loader, and Linker | 
| Fundamentals in C | |
| 1 | History of C langauge | 
| 2 | A Simple C Program | 
| 3 | Program Execution Phases | 
| 4 | Backslash Character Constants | 
| 5 | Character Set | 
| 6 | Constants | 
| 7 | Number Systems | 
| 8 | Format Specifiers | 
| 9 | Identifiers | 
| 10 | Keywords | 
| 11 | Variables | 
| 12 | Data Types | 
| 13 | Declaration of Variable | 
| 14 | Assigning Values to Variables | 
| 15 | Initialization | 
| 16 | Comments | 
| 17 | Const Qualifier | 
| 18 | Basic Structure of a ‘C’ Program | 
| 19 | Programming Examples | 
| Operators and Expressions | |
| 1 | Arithmetic Operators | 
| 2 | Increment and Decrement Operators | 
| 3 | Relational Operators | 
| 4 | Logical Operators | 
| 5 | Bitwise Operators | 
| 6 | Assignment Operators | 
| 7 | Conditional Operator | 
| 8 | Size of Operator | 
| 9 | Comma Operator | 
| 10 | Type Casting Operator | 
| 11 | Other Operators | 
| 12 | Precedence and Order of Evaluation | 
| 13 | Programming Examples | 
| Data Types | |
| 1 | Format Specifiers | 
| 2 | Dealing with Each Data Type | 
| 3 | Memory Representation of Each Type | 
| 4 | Programming Examples | 
| 5 | Modifiers | 
| Input-Output Library Functions | |
| 1 | Unformatted I-O Functions | 
| 2 | Single Character Input-Output | 
| 3 | String Input-Output | 
| 4 | Formatted I-O Functions | 
| 5 | printf () Width Specifier | 
| 6 | scanf () Width Specifier | 
| 7 | Programming Examples | 
| Conditional Statements | |
| 1 | if | 
| 2 | if-else | 
| 3 | Nested if-else | 
| 4 | else-if Ladder | 
| 5 | Multiple Branching Control Statement | 
| 6 | switch-case | 
| 7 | Loop Control Statements | 
| 8 | while | 
| 9 | do-while | 
| 10 | for | 
| 11 | Nested Loops | 
| 12 | Jump Control Statements | 
| 13 | break | 
| 14 | continue | 
| 15 | goto | 
| 16 | exit | 
| 17 | return | 
| 18 | Programming Examples | 
| Function in C language | |
| 1 | What is Function? | 
| 2 | Why Function? | 
| 3 | Advantages of Using Functions | 
| 4 | Function Prototype | 
| 5 | Defining a Function | 
| 6 | Calling a Function | 
| 7 | Return Statement | 
| 8 | Types of Functions | 
| 9 | Recursion | 
| 10 | Nested Functions | 
| 11 | main() Function | 
| 12 | Library Function | 
| 13 | Local and Global Variables | 
| 14 | Programming Examples | 
| Storage Class | |
| 1 | Scoping Rules | 
| 2 | Dealing with All Storage Classes | 
| 3 | Programming Examples | 
| 4 | Types of Storage Class | 
| Pointer in C Programming | |
| 1 | Definition of Pointer | 
| 2 | Declaration of Pointer Variables | 
| 3 | Assigning Address to Pointer | 
| 4 | Variables | 
| 5 | Dereferencing Pointer Variables | 
| 6 | Pointer to Pointer | 
| 7 | Pointer Arithmetic | 
| 8 | Pointer Comparisons | 
| 9 | Dereference and Increment Pointer | 
| 10 | Programming Examples | 
| Pointer and Function ( Passing Parameter Techniques) | |
| 1 | Call by Value, Call by Address | 
| 2 | Using Pointers as Arguments | 
| 3 | Function Returning Value | 
| 4 | Functions Returning Address | 
| 5 | Function Returning Pointers | 
| 6 | Dangling Pointer | 
| 7 | Pointer to a Function | 
| 8 | Calling a Function Through Function Pointer | 
| 9 | Passing a Function’s Address as an Argument | 
| 10 | Functions with Variable Number of Arguments | 
| 11 | Programming Examples | 
| Array in C language | |
| 1 | Declaration of 1D Arrays | 
| 2 | Initialization of 1D Arrays | 
| 3 | Accessing Elements of 1D Arrays | 
| 4 | Reading and Displaying Elements | 
| 5 | Two Dimensional Arrays | 
| 6 | Declaration of 2D Arrays | 
| 7 | Initialization of 2D Arrays | 
| 8 | Accessing Elements of 2D Arrays | 
| 9 | Reading and Displaying Elements | 
| 10 | Programming Examples | 
| Pointer and One Dimensional Arrays | |
| 1 | Subscripting Pointer Variables | 
| 2 | Pointer to an Array | 
| 3 | Array of Pointers | 
| 4 | Pointers and Two Dimensional Arrays | 
| 5 | Subscripting Pointer to an Array | 
| 6 | Programming Examples | 
| Array and Function | |
| 1 | 1D Array and Function | 
| 2 | Passing Individual Array Elements to a Function | 
| 3 | Passing Individual Array Elements Address to a Function | 
| 4 | Passing Whole 1D Array to a Function | 
| 5 | 2D Array and Function | 
| 6 | Passing Individual Array Elements to a Function | 
| 7 | Passing Individual Array Elements Address to a Function | 
| 8 | Passing Whole 2D Array to a Function | 
| 9 | Using Arrays of Function Pointer | 
| 10 | Programming Examples | 
| Dynamic Memory Allocation | |
| 1 | calloc() | 
| 2 | realloc() | 
| 3 | free() | 
| 4 | Malloc() | 
| 5 | Memory Leak | 
| 6 | Dynamic 1D and 2D Arrays | 
| 7 | Core Dump | 
| 8 | Programming Examples | 
| Strings in C Programming language | |
| 1 | Initializing Strings | 
| 2 | Reading Strings | 
| 3 | Displaying Strings | 
| 4 | The %s Format Specifier | 
| 5 | The gets() and puts() Functions | 
| 6 | String Handling Functions | 
| 7 | String Pointers | 
| 8 | Two-Dimensional Character Arrays or Array of Strings | 
| 9 | Array of Pointers to Strings | 
| 10 | Programming Examples | 
| Command Line Arguments | |
| 1 | What is Command Prompt? | 
| 2 | What are Command Line Arguments? | 
| 3 | Programs Using Command Line | 
| Preprocessor in CÂ | |
| 1 | What is Preprocessing? | 
| 2 | Macro Expansions | 
| 3 | File Inclusions | 
| 4 | Conditional Compilation | 
| 5 | Programming Examples | 
| Structure in C | |
| 1 | Why is Structure Used? | 
| 2 | What is Structure? | 
| 3 | Advantages of Structures | 
| 4 | Defining a Structure | 
| 5 | Declaration of Structure Variables | 
| 6 | Initialization of Structure Variables | 
| 7 | Accessing Structure Members | 
| 8 | Storage of Structures in Memory | 
| 9 | Size of Structures | 
| 10 | Reading and Displaying Structure Variables | 
| 11 | Assignment of Structure Variables | 
| 12 | Pointers to Structures | 
| 13 | Array of Structures | 
| 14 | Arrays Within Structures | 
| 15 | Nested Structures | 
| 16 | Self-Referential Structures | 
| 17 | Programming Examples | 
| Structure and Function in C | |
| 1 | Passing Structure Member to a Function | 
| 2 | Passing Structure Variable to a Function | 
| 3 | Passing Structure Variable Address to a Function | 
| 4 | Passing Array of Structure to a Function | 
| 5 | Returning a Structure Variable from Function | 
| 6 | Returning a Structure Variable Address from Function | 
| 7 | Returning Structure Variable from a Function | 
| 8 | Programming Examples | 
| Union and Enumeration and Typedef | |
| 1 | What are Unions? | 
| 2 | Structures Versus Unions | 
| 3 | Working with Unions | 
| 4 | Initializing Unions | 
| 5 | Advantages of Unions | 
| 6 | Enum Keyword | 
| 7 | Typedef Keyword | 
| 8 | Programming Examples | 
| File Handling in CÂ | |
| 1 | Using Files in C | 
| 2 | Buffer and Streams | 
| 3 | Working with Text Files and Binary | 
| 4 | Files | 
| 5 | File Operations Using Standard Library and System Calls | 
| 6 | File Management I/O Functions | 
| 7 | Random Access Files | 
| 8 | Programming Examples | 
C Programming Foundation Syllabus PDF
Candidates can enroll in the C Foundation course provided by PhysicsWallah, which contains beginner-friendly, well-explained lectures that will help them learn C programming. Our C syllabus courses are well structured and covered by the top faculties with experience in programming.Â
                                                                      C Syllabus PDF  (Active)
| Recommended Reads | |
| Java Vs C++ Vs Python | Java or C++ which is better | 
| Linear Search in CÂ | what are arrays in C? | 
C Programming Foundation Syllabys FAQs
Q1. How can we enroll in the C Foundation Course?
Ans: You can enroll in the C foundation course by checking the official website of PW. Check out the direct link in the article.
Q2. What are the topics covered in the C programming syllabus?
Ans: Check out this article for important topics covered in the C programming syllabus.
Q3. Can I access the C programming foundation course in offline mode?
Ans: Yes, you can easily download the recorded lectures and watch them offline whenever you want.
Q4. What will I achieve after completing this course?
Ans: By the end of this course, you will gain a strong foundation in C programming, and you will be able to write C programs and debug them easily.

	
	

