C Language
About C Language
C is a powerful, general-purpose programming language developed in the early 1970s by Dennis Ritchie at Bell Labs. It is often called the “mother of all programming languages” because many modern languages like C++, Java and Python are either influenced by or built upon it.
C is known for its:
Simplicity – Easy to understand and learn
Speed – Very fast and efficient
Control – Allows low-level memory access and system-level programming
It is widely used for:
System software (like operating systems and compilers)
Embedded systems and device programming
Game development and high-performance applications
Learning programming concepts (data types, loops, functions, pointers, etc.)
Why Learn C Programming?
C is the foundation of many modern programming languages.
Enhances logical thinking and problem-solving skills.
It helps build a deep understanding of how computers work at the core level.
Essential for careers in software development, embedded systems and computer science education.
Course Highlights
Fundamentals of programming with C
Data types, variables, operators, and expressions
Conditional statements (if-else, switch)
Loops (for, while, do-while)
Arrays and strings
Functions and recursion
Pointers and memory management
Structures and unions
File handling in C
- Practical Projects
Softwares Used In This Course
C Language Course Content
Module 1: Introduction to C
What is C Language?
History and Features of C
Structure of a C Program
Compiling and Running a C Program
Understanding the Development Environment
Module 2: Basic Elements of C
Character Set, Tokens
Variables, Constants, and Keywords
Data Types and Type Modifiers
Input and Output Functions (
printf,scanf)Operators and Expression
Module 3: Control Structures
Decision Making (
if,if-else,nested if)Switch Case
Loops:
for,while,do-whilebreak,continue, andgotostatements
Module 4: Arrays and Strings
One-Dimensional Arrays
Two-Dimensional Arrays
Character Arrays and Strings
String Handling Functions
Module 5: Functions in C
Introduction to Functions
Types of Functions (User-defined and Library)
Function Arguments and Return Values
Call by Value vs Call by Reference
Recursion
Module 6: Pointers
Introduction to Pointers
Pointer Arithmetic
Pointers and Arrays
Pointers and Functions
Dynamic Memory Allocation (
malloc,calloc,free)
Module 7: Structures and Unions
Defining Structures
Array of Structures
Nested Structures
Introduction to Unions
Difference Between Structure and Union
Module 8: File Handling in C
File Types and Operations
Opening, Reading, Writing, and Closing Files
File Handling Functions (
fopen,fgetc,fprintf, etc.)File Modes and Error Handling
Module 9: Preprocessor and Miscellaneous Topics
Macros and Preprocessor Directives
Command Line Arguments
Storage Classes
Bitwise Operators
Final Project & Assessment
Mini Project in C (Bank system, student management, etc.)
Practical Test & Code Review
Certificate of Completion
Features & Facilities
Backup Classes
Practical Training
Flexible Timing
Expert Trainer
Live Project
Course Notes
Reasonable Fee
Certificate
Frequently Asked Questions
1. Who can join this course?
Anyone interested in programming can join! This course is perfect for beginners, school/college students, and professionals looking to strengthen their programming fundamentals.
2. Do I need any prior programming knowledge?
No prior knowledge is required. The course starts from the basics and gradually moves to advanced topics, making it ideal for first-time learners.
3. What will I learn in this course?
You’ll learn how to write C programs, use variables, loops, functions, arrays, pointers, file handling, and much more. You’ll also build logic and problem-solving skills.
4. Is this course practical?
Yes, it’s 100% practical. Every topic includes live examples, code demonstrations, and hands-on exercises.
5. Will I get a certificate after completion?
Yes, you’ll receive a certificate of completion after finishing the course and the final assessment.
6. What kind of projects will I do?
You will build small projects like a student database, calculator, mini bank management system, etc., to apply what you’ve learned.
7. How long is the course?
The typical duration is 1.5 to 2 months, depending on batch schedule and student pace.
8. What are the career benefits of learning C?
- C gives you a strong base for programming, which helps in careers related to software development, embedded systems, hardware control, and competitive coding.
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