C Programming Training and Certification in Thimphu, Bhutan

C programming training provides a strong foundation in one of the most widely used and powerful programming languages. Participants learn the basics of C syntax, data types, loops, and functions, which are crucial for developing efficient software. The course also covers advanced concepts like pointers, memory management, and file handling, allowing learners to work with low-level data and optimize their code. Practical exercises enable learners to implement algorithms and solve complex problems, reinforcing their understanding of C. By the end of the training, participants are prepared to develop high-performance applications and systems using C programming.

Introduction to C Programming and Basic Concepts

1. Overview of C Programming

• Introduction to the C language and its history

• Setting up the development environment (IDE, compiler)

• Writing the first "Hello, World!" program

2. C Syntax and Data Types

• Variables, constants, and data types

• Operators: Arithmetic, relational, logical, and bitwise

• Expressions and precedence

3. Control Structures

• If, if-else, and switch statements

• Loops: for, while, and do-while

• Practical exercise

4. Functions in C

• Defining and calling functions

• Function parameters and return types

• Recursion in C

• Practical exercise

Advanced Concepts in C Programming

5. Pointers and Memory Management

• Introduction to pointers and their uses

• Pointers to variables, arrays, and functions

• Dynamic memory allocation (malloc, calloc, realloc, free)

• Practical exercise: Memory allocation and deallocation

6. Arrays and Strings

• One-dimensional and two-dimensional arrays

• Operations on arrays: Sorting, searching

• Working with strings and string manipulation functions

• Practical exercise

7. Structures and Unions

• Defining and using structures

• Arrays of structures

• Union and its usage

• Practical exercise

8. File Handling in C

• Introduction to file operations (fopen, fread, fwrite, fclose)

• Reading and writing data from files

• File handling errors and debugging

• Practical exercise

Advanced Topics and Practical Applications

9. Dynamic Data Structures

• Introduction to linked lists: Single, double, and circular linked lists

• Stacks and queues: Implementations and applications

• Practical exercise

10. Advanced Pointers and Memory Management

• Pointer arithmetic and array of pointers

• Managing memory efficiently in large applications

• Memory leaks and optimization techniques

11. Preprocessor Directives and Macros

• Understanding #define, #include, and other preprocessor commands

• Macros, function-like macros, and their applications

• Practical exercise

12. Debugging and Error Handling

• Debugging tools and techniques (gdb, printf debugging)

• Handling runtime and logical errors in C programs

• Practical exercise