C Programming Course
C Programming is the foundational language that powers operating systems, embedded systems, hardware drivers and high-performance applications across the entire technology industry. Our C Programming course provides a comprehensive, structured learning path covering core programming concepts, data types, control structures, functions, arrays, pointers, strings, structures, file handling and dynamic memory management — all through practical, real-world coding exercises.
- Recognized Certification
- Beginner Friendly Course
- Practical Computer Training
- Industry Expert Trainer
- Government Recognized Certification
- Beginner Friendly Course
- Practical Computer Training
- Industry Expert Trainer
About Course
Every major programming language — Python, Java, C++, JavaScript and beyond — traces its roots back to C. As the language that powers operating systems like Linux and Windows, embedded systems, microcontrollers, hardware drivers and high-performance computing applications, C remains one of the most important, enduring and widely used programming languages in the history of technology.
The C Programming course at Anubhav Computer Institute is a professionally structured, comprehensive program designed to take students and working professionals from the very foundations of programming logic all the way through to advanced C concepts including pointers, dynamic memory management, file handling and data structures. Every concept is reinforced through practical, hands-on coding exercises and real-world programming challenges that build both technical competence and logical problem-solving ability.
Mastering C Programming gives learners a deep understanding of how computers actually work at the systems level — a knowledge base that makes them significantly more effective developers in any language or technology they work with subsequently. Upon completion of this course, participants will possess a thorough, industry-relevant command of C Programming — making them highly competitive candidates for roles in software development, embedded systems, systems programming and computer science research.
What You Will Learn
- Establish a strong programming foundation with a thorough Introduction to C Programming
- Understand and apply all essential Data Types, Variables & Operators in C
- Control program flow confidently using Control Structures — if, else, switch, loops & more
- Design modular, reusable programs using Functions & Recursion techniques
- Work with Arrays & Strings for efficient data storage and manipulation
- Master Pointers — one of C’s most powerful and distinctive features
- Design custom data types using Structures & Unions for complex data management
- Perform File Handling operations for persistent data storage and retrieval
- Manage memory efficiently using Dynamic Memory Allocation — malloc, calloc, realloc & free
- Apply Preprocessor Directives & Macros for flexible, maintainable code organisation
Tools You Will Learn
Learn industry-relevant tools with practical training designed to make you confident, skilled, and job-ready.
C Programming Course Curriculum
This program covers important concepts and practical skills required for today’s digital world.
Module 1 — Introduction And First Programming
- Why Programming
- Types of Programming
- Introduction to C
- Benefits of C
- Some Facts about C
- Understanding First C Program
- Executing using IDE
Module 2 — Variables And Datatypes
- ‘C’ Tokens
- Identifiers
- Keywords
- Data Types
- Variables
- Constants
Module 3 — Console Io Operations
- printf function
- scanf function
- Unformatted Functions
Module 4 — Operators And Expressions
- Expressions
- Types of Operators
- Type Casting
Module 5 — Control Flow Statements
- Decision Making in C
- If Statement
- Switch Statement
- Unconditional Branching
Module 6 — Working With Loops
- While Loop
- Do…While Loop
- For Loop
Module 7 — Nested Loops Ans Jump Statements
- Nested Loops
- Break, Continue and Goto statements
Module 8 — Working With Functions
- What is a Function
- Benefits of a Function
- Function Terminology
- How does Function Works
Module 9 — Storage Classes
- Types of Storage Classes
- Scope and Lifetime of Variables in function
- Call by value and call by reference
- Recursion
Module 10 — Working With Arrays
- Understanding Arrays
- Arrays Declaration and Initialization
- Sample Programs
- Multidimensional Arrays.
Module11 — Pointers
- Understanding Pointers
- Declaring and Initializing Pointers
- Function and Pointer Parameters
- Pointer Arithmetic
- Pointer and Arrays
Module — Arrays And Pointers In Function
- Passing Arrays as Function Arguments
- Return Array from Function
- Passing Pointers as Function Arguments
- Return Poiner from Function
Module 13 — String Handling
- Declaration and Initialization
- Reading and Writing Strings
- Standard String Library Functions
- Array of Pointers to String
Module 14 — Introduction To Structures
- Overview of Structures
- Defining and Using a Structure
- Structures within a Structure
- Typedef keyword
Module 15 — Working With Structures And Unions
- Passing Structures to Functions
- Array of Structures
- Structure and Pointers
- Unions
Module 16 — File Handling
- What is a Stream
- Opening and Closing of Files
- Writing and Reading in Text Format
- Writing and Reading in Binary Format
Module 17 — Preprocessor Directives
- Pre-Processor Directives
- #define Macro
- Conditional Compilation
- Pre-defined Macros
- #include and Header Files
Module 18 — Memory Management
- Allocating memory Dynamically
- Resizing and Releasing Memory
Module 19 — Command LINE Arguments
- Command Line Arguments
- Variable Arguments