C Programming Language Course

Course Overview

• Course Duration:2 – 2.5 Months (Including Lab Work and Live real-world assignment).
• Eligibility: learners Developers CS Graduates Beginners aiming to build strong programming.
• Beginners aiming to build strong programming.
• Modes of Training: Online Classes/Offline Training (at selected centers).

C Programming Language Course

• Understand the fundamentals, structure, and syntax of the C programming language.
• Learn about data types, operators, control statements, and loops.
• Implement arrays, strings, functions, pointers, and structures.
• Master memory management and file handling techniques.
• Develop problem-solving and algorithmic thinking through hands-on coding.
• Prepare for the C Programming credential preparation assessment and entry-level programming jobs.

Overview of C Programming Language Course

The C Programming Language Course credential preparation is designed for beginners and aspiring programmers who want to learn the building blocks of computer programming. C is one of the most powerful and widely used languages that forms the foundation for C++, Java, and Python, providing you with the specialized technical expertise needed to advance your career.

This course focuses on logical problem-solving, syntax understanding, and hands-on implementation. By the end of this program, you'll be ready to earn your C Programming credential preparation and begin your journey toward software development, embedded systems, or computer engineering.

1.Introduction to C Programming

• History & Features of C.
• Structure of a C Program.
• Setting up Development Environment.

2.Data Types and Variables

• Primitive and Derived Data Types.
• Variable Declaration and Scope.
• Constants and Type Conversions.
• Loops: for, while, do-while.
• Function Declaration & Definition.
• Call by Value & Reference.
• Recursion and Storage Classes.

5.Arrays and Strings

• String Handling Functions.
• String Arrays and Manipulation.

6.Pointers and Memory Management

• Introduction to Pointers.
• Dynamic Memory Allocation.

7.Structures and Unions

• Defining and Using Structures.
• Union and Enumerated Types.
• File Opening, Reading, Writing.
• Modes and Error Handling.
• Working with Binary Files.
• Command Line Arguments.
• Preprocessor Directives.
• Bitwise Operators and Macros.