C programming is a general-purpose language developed in 1972 by Dennis Ritchie to develop UNIX. It is widely used and easy to learn. C is useful for systems programming and embedded systems. To create a C program, one writes code, compiles it, and runs it to get output. C covers fundamental programming concepts like data types, variables, operators, and functions.

1. BY
Prof.K.GOBINATH

2.  C programming is a general-purpose,
procedural, imperative computer
programming language developed in 1972 by
Dennis M. Ritchie at the Bell Telephone
Laboratories to develop the UNIX operating
system.
 C is the most widely used computer
language.

3. C programming language is a MUST for
students and working professionals to
become a great Software Engineer specially
when they are working in Software
Development Domain.

4.  Easy to learn
 Structured language
 It produces efficient programs
 It can handle low-level activities
 It can be compiled on a variety of computer
platforms

5.  C was invented to write an operating system
called UNIX.
 C is a successor of B language which was
introduced around the early 1970s.
 The language was formalized in 1988 by the
American National Standard Institute (ANSI).
 The UNIX OS was totally written in C.
 Today C is the most widely used and popular
System Programming Language.
 Most of the state-of-the-art software have
been implemented using C.

6.  C language is used for creating computer
applications
 Used in writing Embedded softwares Firmware for
various electronics, industrial and communications
products which use micro-controllers.
 It is also used in developing verification software, test
code, simulators etc. for various applications and
hardware products.
 For Creating Compiles of different Languages which
can take input from other language and convert it
into lower level machine dependent language.
 C is used to implement different Operating System
Operations.

8. Below are the steps to be followed for any C
program to create and get the output. This is
common to all C program and there is no
exception whether its a very small C program
or very large C program.
 Create
 Compile
 Execute or Run
 Get the Output

10.  Data types
 Variables
 Constants
 Storage classes
 Operators
 Decision making
 Loops
 Functions
 Arrays
 Pointers to be continued…

11.  Strings
 Structure
 Union
 Bit fields
 Programming skills

12.  Flexible timing
 Screen sharing method of teaching
 Daily simple task will be given
 Doubt clearing at any time through phone call
 Within 30 classes syllabus will be covered
 Reasonable amount of fees