C Programming - Basics to Advanced Level
- Description
- Curriculum
- FAQ
- Reviews
Course Description:
The C Programming for Beginners course is designed for individuals who have little to no programming experience and wish to learn the basics of programming using the C language. This course will provide a solid foundation in C programming, covering topics such as data types, variables, operators, control statements, functions, recursion, arrays, pointers, structures and unions, files, etc.
The course starts with an introduction to the C programming language. It then moves on to explain the fundamentals of programming, including data types, variables, and operators. Students will learn how to use control statements like if-else, for, and while to create conditional and loop structures with practical sessions.
The course also covers functions, including how to create and call functions, how to use arguments and return values, and how to create recursive functions. Students will also learn about arrays, how to use them to store data, and how to manipulate the data using array functions.
The course concludes with a comprehensive overview of pointers, including how to create and use pointers, how to manipulate memory, and how to use pointers to create dynamic data structures.
Throughout the course, students will work on programming assignments and quizzes to reinforce their learning. By the end of the course, students will have a solid understanding of the C programming language and will be able to use it to write basic programs.
Course Goals:
Upon completing this course, students will be able to:
-
Understand the basic concepts of programming and the C programming language.
-
Write simple to advanced programs using data types, variables, and operators.
-
Use control statements to create conditional and loop structures.
-
Create and call functions, use arguments and return values, and create recursive functions.
-
Use arrays to store and manipulate data.
-
Understand pointers, create and use pointers, manipulate memory, and use pointers to create dynamic data structures.
-
100+ programs will be solved.
Target Audience:
This course is suitable for anyone who wants to learn programming from scratch or switch to the C programming language. This course is ideal for:
-
Students who want to learn programming as a hobby or to pursue a career in software development.
-
Professionals who wish to upgrade their skills in programming.
-
Anyone interested in learning the C programming language.
Prerequisites:
This course does not require any previous programming experience. However, basic knowledge of computer operations and mathematics is recommended.
-
25
Control statements and its types -
26
If Else
-
27
WAP to check whether a number is negative using If
-
28
WAP to print number is larger or smaller of two numbers.
-
29
WAP to print whether the number is even or odd
-
30
Nesting of if else
-
31
WAP to find largest number from three given number
-
32
else if ladder
-
33
WAP to find the grade of students when the marks of 4 subjects are given.
-
34
Loops
-
35
While Loop
-
36
WAP to print the numbers from 1 to 10 using while loop
-
37
WAP to print numbers in reverse order with a difference of 2.
-
38
WAP to print the sum of digits of any number.
-
39
WAP to find the product of digits of any number.
-
40
WAP to find the factorial of any number.
-
41
Do While Loop
-
42
WAP to print the numbers from 1 to 10 using Do While Loop.
-
43
WAP to count the digits in any number
-
44
For Loop
-
45
WAP to print the numbers from 1 to 10 using for loop
-
46
WAP to multiply two positive numbers without using * operator
-
47
WAP to generate fibonacci series.
-
48
WAP to print armstrong numbers from 100 to 999
-
49
break statement
-
50
continue statement
-
51
Quiz 5:
-
52
What are Functions and their Advantages.
-
53
Library functions with program
-
54
What are User-Defined Functions
-
55
WAP to find sum of two numbers using functions.
-
56
Function Definition and its syntax
-
57
Function Call and its syntax
-
58
Function Declaration and its syntax
-
59
WAP that finds whether a number is even or odd.
-
60
WAP that finds larger of two numbers.
-
61
return statement and its usage using program
-
62
Function Arguments and its types
-
63
Quiz 6:
-
64
Introduction to Arrays
-
65
How to declare ,process and access 1D Array in detail
-
66
WAP to input values into an array and display them.
-
67
WAP to add the elements of an array.
-
68
WAP to count the even and odd numbers in a array.
-
69
Intialization of 1-D Array
-
70
WAP to find the maximum and minimum number in an array.
-
71
WAP to reverse the elements of an array.
-
72
Quiz 7:
