C Language Introduction

C Programming is the mother of all Programming languages and is a start to building your career in the field of information technology. In C Programming class one will learn the usage of syntaxes and will learn in details Object Oriented Programming OOPS Concepts. Mastery of C language will help you build a solid foundation and make learning of any programming language in your future endeavors in technology simple

C Language Fundamentals  Character set, Identifiers, keyword, data types, Constants and variables, statements, expression, operators, precedence of operators, Input-output, Assignments, control structures decision making and branching.

The C language is a high-level, general-purpose programming language. It provides a straightforward, consistent, powerful interface for programming systems. That's why the C language is widely used for developing system software, application software, and embedded systems.

The C programming language has been highly influential, and many other languages have been derived from it. For example, C++ and Java are two popular modern dialects of C.

And C is an excellent choice for system programming, for example, developing operating systems, compilers, and network drivers. Despite its popularity, C is not without its criticisms. Some have argued that its syntax could be more complex and easier to learn, while others have noted its lack of standardization as a significant issue. Nevertheless, C remains a widely used and influential language and will probably continue for many years.

Application of C 

·       Operating systems: C is widely used for developing operating systems such as Unix, Linux, and Windows.

·       Embedded systems: C is a popular language for developing embedded systems such as microcontrollers, microprocessors, and other electronic devices.

·       System software: C is used for developing system software such as device drivers, compilers, and assemblers.

·       Networking: C is widely used for developing networking applications such as web servers, network protocols, and network drivers.

·       Database systems: C is used for developing database systems such as Oracle, MySQL, and PostgreSQL.

·       Gaming: C is often used for developing computer games due to its ability to handle low-level hardware interactions.

·       Artificial Intelligence: C is used for developing artificial intelligence and machine learning applications such as neural networks and deep learning algorithms.

·       Scientific applications: C is used for developing scientific applications such as simulation software and numerical analysis tools.

·       Financial applications: C is used for developing financial applications such as stock market analysis and trading systems.