Best C Language training in navi mumbai
 Introduction to C Language: Covers the basics and importance of C programming, including its history and widespread use.
 Fundamentals of C Programming: Teaches essential concepts like variables, data types, control structures, and functions.
 Pointers and Memory Management: Focuses on understanding pointers, dynamic memory allocation, and efficient memory management.
 File Handling and Input/Output: Explains how to work with files, including reading, writing, and error handling.
 Advanced C Language Features and Techniques.
Best Practices on Job Oriented Modules Covered in C Language Training in Navi-Mumbai
Curriculum
C Programing
Module1 : Introduction to C Language
- Â Installation link
- Â installation steps
- Â C programming features
- Â Structure of the C Program
Module 2: Token
- Â Introduction to Tokens
- Â Character set Keywords
- Â Comments
- Â Identifier
- Â Rules for declaring identifier
- Â Definition and Purpose of Variables
- Â Importance in Programming
- Â Role in Storing and Managing Data
- Â Understanding the concept of constants as fixed values
- Â Recognizing the role of constants in programming for maintaining data integrity and readability.
- Â Understanding operators as symbols that perform operations on operands.
- Â Overview of arithmetic operators.
Module 3: Operators
- Â Understanding role in combining and modifying Boolean conditions.
- Â Applying logical operators to create complex conditions
- Â Streamlining code with compound assignment operators.
- Â Understanding how the address operator retrieves the memory address of a variable.
- Â Reinforce your understanding and practical application of Operators.
Module 4: Decision Making Statements
- Â Understanding the role of conditional statements in decision-making.
- Â Significance of making decisions in programming for control flow.
- Â Identifying scenarios where switch-case is more appropriate than if-else.
Module 5: Looping Statements
- Â Introduction to loops as control flow structures in C.
- Â Significance of loops in automating repetitive tasks and optimizing code.
- Â Overview and Use Cases
- Â Incorporation of one loop structure within another
- Â Altering the flow of execution within loops.
- Â Break and continue statements
Module 6: Array
- Â Introduction to Arrays
- Â Definition and Purpose
- Â Declaration and Initialization
- Â Accessing Array Elements
- Â Updating array elements
- Â Input array element dynamically
- Â Search array elements
- Â Practice set Questions
Module 7: Strings
- Â Definition and Purpose
- Â String Declaration and Initialization
- Â String Manipulation Functions
- Â Practice Set Quesions
Module 8: Functions
- Â Introduction to Functions
- Â User define functions
- Â Types of function
- Â Pass by value
- Â Pass by reference
- Â Practice set Questions
Module 9: pointers
- Â Introduction to Pointers
- Â Declaration and Initialization of Pointers
- Â Pointer Operators
- Â The & Operator
- Â Pointer Arithmetic
- Â Null Pointers
- Â Dynamic Memory Allocation
- Â Arrays and Pointers
- Â Pointer-related Best Practices
Module 10: Introduction to Structures
- Â Definition and Purpose of Structures
- Â Importance in Organizing Data
- Â Basic Syntax and Declaration
- Â C Structure Definition
- Â Access Structure Members
- Â Initialize Structure Members
Module 11: File handling in c
- Â File opening modes in C
- Â Create a File in C
- Â Reading From a File
- Â Write to a File
- Â Close the File