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C Programming TRENDING

C is a powerful, general-purpose programming language that has been widely used for decades. Developed by Dennis Ritchie in the early 1970s at Bell Labs, C is known for its efficiency, flexibility, and ability to provide low-level access to memory. It has influenced many modern programming languages, including C++, Java, and Python.

Features of C Programming:

  • Simple and Efficient – Provides a straightforward syntax and powerful functionalities.
  • Portability – Can be used across different platforms with minimal modifications.
  • Structured Language – Supports functions, loops, and conditional statements for better code organization.
  • Low-Level Access – Offers direct manipulation of hardware and memory, making it suitable for system programming.
  • Rich Library Support – Comes with numerous built-in functions for mathematical, input/output, and system operations.
  • Fast Execution – Compiled into machine code, ensuring quick execution.
  • Modularity – Code can be divided into reusable functions, promoting code organization.

Benefits of C Programming:

  • Foundation for Other Languages – Learning C helps in understanding languages like C++, Java, and Python.
  • Used in System Development – Employed for operating systems, embedded systems, and hardware drivers.
  • High Performance – Ideal for applications where speed is critical, such as gaming and real-time systems.
  • Efficient Memory Management – Allows manual memory allocation and deallocation.
  • Extensive Community Support – Has a vast user base and abundant learning resources.

Uses of C Programming:

  • Operating System Development – Many OS kernels, including UNIX and Linux, are written in C.
  • Embedded Systems – Used in firmware for microcontrollers and embedded devices.
  • Database Systems – Popular databases like MySQL are implemented in C.
  • Game Development – Helps in building performance-intensive games.
  • Networking – Used to develop network protocols and security applications.
  • Compilers and Interpreters – Many compilers, including GCC, are written in C.
  • Scientific Computing – Applied in numerical analysis and simulations.

Price NRP. 12K+

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Available
  • Category Programming
  • Language English, Nepali
  • Video Available
  • Duration 60 Hours
  • Includes Theory+Practical

Course Highlights

60 Hours

Beginners Level

A beginner in C programming should start by understanding the fundamentals, including variables, data types, operators, and control structures like loops (for, while) and conditional statements (if-else). Learning how to write and use functions helps in making code modular and reusable. Arrays and strings are essential for handling multiple values efficiently, while pointers allow direct memory manipulation, a key feature in C. Beginners should also explore file handling, which enables reading and writing data to files. Mastering these concepts provides a strong foundation for building complex applications. Alongside coding, practicing problem-solving through small projects and exercises will help develop logical thinking.
Course Syllabus:

C Programming Beginners Level's Syllabus

BY: ELITE InfoTech
2 Hours Basic & Fundaments
Learn the history and importance of C programming. Install a C compiler (GCC, Code::Blocks, Turbo C, or Visual Studio). Set up the development environment and run a simple C program.
BY: ELITE InfoTech
2 Hours Basic & Fundaments
Understand the structure of a C program (#include, main(), statements). Write a simple “Hello, World!” program and run it. Learn how comments (// for single-line, /* */ for multi-line) are used.
BY: ELITE InfoTech
2 Hours Basic & Fundaments
Understand how to declare variables (int, float, char, double). Learn about constants (const keyword) and how they differ from variables. Explore input and output functions (printf(), scanf()).
BY: ELITE InfoTech
2 Hours Basic & Fundaments
Learn arithmetic operators (+, -, *, /, %). Understand relational (==, !=, >,
BY: ELITE InfoTech
2 Hours Basic & Fundaments
Implement if-else statements to control program flow. Use nested if-else and switch-case statements. Apply conditional logic to real-world examples, like grade calculation.
BY: ELITE InfoTech
2 Hours Basic & Fundaments
Learn how to use for loop, while loop, and do-while loop for iteration. Understand loop control statements (break, continue). Build a simple program using loops (e.g., factorial calculator).
BY: ELITE InfoTech
2 Hours Basic & Fundaments
Understand functions like scanf(), gets(), puts(). Learn about string functions like strlen(), strcpy(), strcmp(). Solve problems using string operations (reverse a string, check palindrome).
BY: ELITE InfoTech
2 Hours Functions & Arrays
Understand function declaration, definition, and calling. Learn about return values and function arguments. Build a calculator program using functions.
BY: ELITE InfoTech
2 Hours Functions & Arrays
Learn how a function calls itself. Use recursion for solving problems (factorial, Fibonacci sequence). Compare recursion vs. loops for efficiency.
BY: ELITE InfoTech
2 Hours Functions & Arrays
Understand single-dimensional arrays and their usage. Learn multi-dimensional arrays (2D arrays for matrices). Write programs for sorting and searching in arrays.
BY: ELITE InfoTech
2 Hours Functions & Arrays
Manipulate strings using built-in functions (strlen(), strcat(), etc.). Learn character arrays (char name[20];). Implement basic string-based programs (reverse a string, count vowels).
BY: ELITE InfoTech
2 Hours Functions & Arrays
Learn what pointers are and their importance in memory management. Understand pointer declaration, initialization, and dereferencing. Use pointers for passing variables to functions.
BY: ELITE InfoTech
2 Hours Functions & Arrays
Explore pointer arithmetic (ptr++, ptr--). Understand array and pointer relationships. Solve problems using pointers (swap two numbers, dynamic arrays).
BY: ELITE InfoTech
2 Hours Functions & Arrays
Learn how to allocate memory using malloc(), calloc(). Free memory using free() function. Implement dynamic arrays using pointers.
BY: ELITE InfoTech
4 Hours Advanced Concepts
Learn how to group different data types using structures. Use unions for efficient memory management. Implement a student database system using structures.
BY: ELITE InfoTech
4 Hours Advanced Concepts
Open, read, write, and close files using fopen(), fclose(), fprintf(), fscanf(). Learn binary vs. text file operations. Create a program that stores and retrieves student records.
BY: ELITE InfoTech
2 Hours Advanced Concepts
Explore #define, #include, macros, and conditional compilation. Understand the purpose of header files (stdio.h, math.h). Learn how macros optimize code performance.
BY: ELITE InfoTech
2 Hours Advanced Concepts
Identify common errors (syntax errors, runtime errors, logical errors). Use debugging techniques (printf(), breakpoints). Solve errors in a buggy program.
BY: ELITE InfoTech
8 Hours Advanced Concepts
Introduces advanced C programming topics that are commonly used in real-world applications.
BY: ELITE InfoTech
12 Hours Advanced Concepts
Build a project using all learned concepts (e.g., employee management system). Explore next steps, such as learning C++ for object-oriented programming, data structures, and system programming.
Programming

Course At A Glance

History of C Programming:

C programming language was developed by Dennis Ritchie at Bell Labs in 1972. It was created to improve upon the B programming language, which itself was an evolution of BCPL (Basic Combined Programming Language). C became widely used due to its efficiency, flexibility, and ability to interact closely with hardware.

Here’s a brief timeline of its development:

  • 1960s – BCPL & B Language: BCPL (developed by Martin Richards) influenced Ken Thompson’s creation of the B language.
  • 1972 – Birth of C: Dennis Ritchie developed C while working on the UNIX operating system.
  • 1978 – K&R C: Brian Kernighan and Dennis Ritchie published The C Programming Language, which became the standard reference for C.
  • 1989 – ANSI C (C89): The American National Standards Institute (ANSI) standardized C to create consistency.
  • 1999 – C99: Introduced new features such as inline functions and flexible array members.
  • 2011 – C11: Added features like multithreading and better standard library support.
  • 2018 – C17: Minor refinements and improvements.
  • 2023 – C23 (Upcoming updates): Expected to bring more modern enhancements.

C remains one of the most influential programming languages and is widely used in system programming, embedded systems, and software development.