C Programming Language for Beginners

C Programming Language for Beginners, available at $49.99, has an average rating of 4.7, with 79 lectures, based on 11 reviews, and has 52 subscribers.

You will learn about Fundamentals of Programming C Program Structure Use of input-output functions Use of variables Conditional and Loop instructions Declaration and use of functions 1D and 2D Arrays Pointers Structure definition File Input/Output This course is ideal for individuals who are Beginners who have no idea about programming or Beginners with some programming experience or Junior developers in embedded programming It is particularly useful for Beginners who have no idea about programming or Beginners with some programming experience or Junior developers in embedded programming.

Enroll now: C Programming Language for Beginners

Summary

Title: C Programming Language for Beginners

Price: $49.99

Average Rating: 4.7

Number of Lectures: 79

Number of Published Lectures: 79

Number of Curriculum Items: 79

Number of Published Curriculum Objects: 79

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Fundamentals of Programming

C Program Structure

Use of input-output functions

Use of variables

Conditional and Loop instructions

Declaration and use of functions

1D and 2D Arrays

Pointers

Structure definition

File Input/Output

Who Should Attend

Beginners who have no idea about programming

Beginners with some programming experience

Junior developers in embedded programming

Target Audiences

Beginners who have no idea about programming

Beginners with some programming experience

Junior developers in embedded programming

Welcome to the C Programming Language for Beginners course.

First, About the instructor

Phd in Computer Science, Electronics and Embedded Systems.

More than 8 years of practical experience as a research teacher in several schools and universities, during this experience I taught courses in microprocessor architecture and assembler, programming in C and embedded C, as well as programming with embedded system languages like Verilog and VHDL.

This combination of knowledge and experience gained over the years has given me the desire and passion to share my knowledge with students.

Introduction

You have never used a programming language before, and you find C a good language to start with. Or you have experience with other programming languages, but you want to add C to your CV. Well, you are welcome.

This is a complete online course, it covers from the basic concepts of C to structure and files.

At the end of this course:

You will be able to understand the basic concepts of C programming.

You will be able to write a program based on a requirement list.

You will be able to use the different concepts to write a high-quality program.

You will be able to search and solve errors.

In this course you will learn the basics of programming using the C programming language – including concepts such as:

Fundamentals of Programming

C Program Structure

Use of input-output functions

Use of variables

Conditional and Loop instructions

Declaration and use of functions

1D and 2D Arrays

Pointers

Structure definition

File Input/Output

Register and start programming.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Fundamentals of C Progamming

Lecture 3: Installing CodeBlocks

Lecture 4: Creating and running the first program-Hello world

Chapter 2: Variables and Operators

Lecture 1: Variables and Data types definition

Lecture 2: Arithmetic and relational operators

Lecture 3: Logical operators

Lecture 4: Coding #1

Lecture 5: Coding #2

Chapter 3: Printf and Scanf

Lecture 1: Introduction

Lecture 2: Coding #3: Time display

Lecture 3: Coding #4: Inverse of a number

Chapter 4: Conditions and control Flow

Lecture 1: If Statements

Lecture 2: Coding #5: Tax rate

Lecture 3: Coding #6: Transport company (method 1)

Lecture 4: Coding #7: Transport company (method 2)

Lecture 5: Coding #8: Water company prices

Lecture 6: Switch statement

Lecture 7: Coding #9: The amount of participation in the price of the employees meal

Chapter 5: Loop- for, while and do while

Lecture 1: Loop definition

Lecture 2: Coding # 10: Sum and product

Lecture 3: Coding #11: Perfect number

Lecture 4: Coding #12: Armstrong number

Lecture 5: Coding #13: Sum and average of sequence ending in 0

Lecture 6: Coding #14: Max, min and average scores

Chapter 6: Functions

Lecture 1: Basics

Lecture 2: Prototype

Lecture 3: Call by value and by reference

Lecture 4: Coding #15: Perfect number

Lecture 5: Coding #16: Prime number

Lecture 6: Local and global variables

Chapter 7: Arrays

Lecture 1: 1D Arrays: Definition and declaration

Lecture 2: 1D Arrays: accessing array elements

Lecture 3: 1D Arrays: Initialization

Lecture 4: Coding #17: Sum, product and average

Lecture 5: Coding #18: Reverse array

Lecture 6: Coding #19: Prime numbers

Lecture 7: 2D Arrays: Definition

Lecture 8: 2D Arrays: accessing array elements

Lecture 9: Coding #20: Sum

Lecture 10: Coding #21: Max

Lecture 11: Coding #22: matrix multiplication part1

Lecture 12: Coding #22: matrix multiplication part2

Chapter 8: Character Strings

Lecture 1: Definition

Lecture 2: String Functions: (puts, gets, strlen, strcpy and strcmp)

Lecture 3: String Functions:(strlwr, strupr, strcat and strrev)

Chapter 9: Pointers

Lecture 1: Definition

Lecture 2: Declaration and initialization

Lecture 3: Pointer assignment

Lecture 4: Coding #23

Lecture 5: Arithmetic operations

Lecture 6: Pointers and 1D Arrays

Lecture 7: Coding #24: Pointer exercise 1

Lecture 8: Coding #25: Pointer exercise 2

Lecture 9: Coding #26: Pointer exercise 3

Lecture 10: Pointers & 2D Arrays

Lecture 11: Definition of Dynamic memory allocation

Lecture 12: Malloc and Free functions

Lecture 13: Calloc function

Lecture 14: Realloc function

Chapter 10: Structures

Lecture 1: Structure definition

Lecture 2: Structure declaration

Lecture 3: Typedef

Lecture 4: Initialization and accessing

Lecture 5: Array of Structure

Lecture 6: Pointer to Structure Variable

Lecture 7: Passing structure in function

Lecture 8: Structure with dynamic memory allocation

Lecture 9: Nested structure

Chapter 11: File Input/Output

Lecture 1: Definition

Lecture 2: Writing to a file

Lecture 3: Accessing Files

Lecture 4: Reading from a file

Lecture 5: Coding #27: Writing and reading

Lecture 6: Coding #28: Adding informations

Lecture 7: Coding #29: Deleting informations

Lecture 8: Coding #30: Serie of words

Lecture 9: Coding #31: The largest number in a file

Lecture 10: Coding #32: The number of lines in a file

Instructors

ATI ENGITECH
Computer science and Robotics Education

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5 stars: 7 votes

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