C Programming Language Training in Coimbatore

Any IT-experienced professional is interested in build their career as a developer in the C programming language.

This training is ideal for new, postgraduate, and graduate students. If you are a professional who wants to develop your skills, then you can also participate in this training.

Our Classroom Training can be attended by anyone who has a passion for learning C programming.

Basic Computer Knowledge

C is a high-level, general-purpose language originally designed by Dennis M. Ritchie to build UNIX operating systems at Bell Laboratories. Originally, C was first introduced in 1972 on the DEC PDP-11 computer.

In 1978, the first public definition of C, now known as the K&R standard, was created by Brian Kernighan and Dennis Ritchie.

C Language is a programming language for the general-purpose used to develop multiple types of applications. We can create many software styles with a C-program, from operating systems like Windows or iOS. The computer is also an autonomous language for systematic editing. Does that mean that C-language programs will work on a variety of computers?

This programming language is developed primarily as a programming language of the framework. With many features of low- and high-level languages, Language C Programming is also seen as a middle language. Some cases of this can be translated into assembly code, which supports pointer arithmetic, such as the C-language program.

This role is in the language of a low level. The same is independent of the machine, which is a trait of a high-level feature. C is also considered the language of computer programming. Programs with C are portable.

C is also assigned the compiled language status, so you have to run it in the C compiler once you write a C program to render it executable so that the machine can comprehend it. Language C is very common, easy, and versatile. This is the reason that it is still used today, even though it is forty years old.

The simplicity of its use in memory management is one of the most powerful reasons why the C-programming language is so common and used so widely. Programmers have opportunities to monitor how, where, and where memory can be allocated and allocated. With the support of malloc and calloc functions, memory is allocated mathematically, automatically, or dynamically in C programming.

C was originally developed to incorporate the operating system of Unix. Most UNIX kernels and all the software and libraries it supports are written in C. Later, without hindrance, some people found it useful in their projects and started using it.

Another important explanation for using the language of C programming is that it lies similar to the operating system. This feature makes it an effective language since it is possible to quickly access system-level resources, such as memory.

Easy to learn: C is a medium language that is very easy to learn and conveys program ideas in a way that most people are familiar with.

Low-level support for languages: C is relatively similar to the assembly machine. Features such as pointers, bytes, and bit-level manipulation are supported. C makes it feasible for the programmer to write to memory directly. C structures, pointers, and arrays are designed to structure and manipulate memory in an easy, machine-independent way. Generally, it is used to build devices for hardware, OS, drivers, kernels, etc.

Structured programming language: A structured programming language splits a program into tiny logical components responsible for executing a particular task and abstracts it. Functions or subroutines are C's key structural components. It makes the software easier to understand and modify.

Produces effective programs: C is a compiled programming language that generates executable files that are fast and powerful. For popular services, it also provides a collection of library functions. C provides lots of built-in features that make development faster. 

Produces portable programs: C Programming language creates portable programs that can be run with little to no modifications on any compiler. One of C's key strengths is that, across different computer architectures, it incorporates universality and portability.

Strong programming language: The C Programming language offers a wide range of built-in data types and the ability to use structures to build custom data types. As a standard C library, it also includes a comprehensive collection of widely used inputs/output, math, string, etc., and related functions. C has a rich collection of control statements, arithmetic operators, loops, etc., which gives system planners a powerful tool to create their own logic as a C-program.

Memory Management: C is a middle-level language that is very easy to learn to convey programming ideas in a way that is familiar to most individuals.

Simple to learn: C offers dynamic memory allocation support. In C, by calling library functions such as malloc, calloc, and free, we can at any time assign and free the allocated memory.