Introduction to C Programming

Introduction to C Programming, available at $44.99, has an average rating of 4.26, with 38 lectures, based on 170 reviews, and has 3959 subscribers.

You will learn about Basic C Syntax Getting Inputs Arithmetic in C Decision Control – Equality and Relational Operators C Language Keywords If-Else Statements While-Loops: Counter Controlled Repetitions While-Loops: Sentinel Controlled Repetitions Compound assignments, increment and decrement operators For-Loops Switch-Selections Logical Operators Functions Header Files Passing Arguments by Value and By Reference Scope Rules Random Number Generation Enum Basics Arrays Basics Strings and Passing Arrays to Functions 2D Arrays and more . . . This course is ideal for individuals who are Engineering and Computing Students or Anyone interested to learn the basic concepts of programming It is particularly useful for Engineering and Computing Students or Anyone interested to learn the basic concepts of programming.

Enroll now: Introduction to C Programming

Summary

Title: Introduction to C Programming

Price: $44.99

Average Rating: 4.26

Number of Lectures: 38

Number of Published Lectures: 38

Number of Curriculum Items: 38

Number of Published Curriculum Objects: 38

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

Basic C Syntax

Getting Inputs

Arithmetic in C

Decision Control – Equality and Relational Operators

C Language Keywords

If-Else Statements

While-Loops: Counter Controlled Repetitions

While-Loops: Sentinel Controlled Repetitions

Compound assignments, increment and decrement operators

For-Loops

Switch-Selections

Logical Operators

Functions

Header Files

Passing Arguments by Value and By Reference

Scope Rules

Random Number Generation

Enum Basics

Arrays Basics

Strings and Passing Arrays to Functions

2D Arrays

and more . . .

Who Should Attend

Engineering and Computing Students

Anyone interested to learn the basic concepts of programming

Target Audiences

Engineering and Computing Students

Anyone interested to learn the basic concepts of programming

If you are completely new to programming and want a simple introduction, then this course is for you. This course is partly based on the textbook C How to Program by Deitel and Deitel. C Programming is still a common requirement for Engineering and Computer Science students as it is the language of choice for low-level programming, eg, in embedded systems, OS kernel programming, device drivers and modules programming and  so on. Because C works very closely with the processor, performance-critical applications are mostly written in C and it has become the backbone of modern operating systems, compilers, interpreters, third-party libraries, and databases. In addition, C is a small language that is designed to cost minimal performance overhead which makes it ideal for embedded systems. C is the language of choice for implementing Operating Systems for Windows, Linux and OSX.

Features of this course:

1. Beginner friendly

2. Exercises and solutions explained in detail

3. Plenty of practical exercises

Who this course is for:

1. Engineering and Computer Science students

2. Anyone interested to learn the fundamental concepts of programming

Learning Outcomes:

By the end of this course, you will be equipped with the basic concepts of programming to further your studies in more advanced topics.

Enroll today and I will see you inside!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: (optional) Textbook used in this course

Chapter 2: Installing the tools

Lecture 1: Installing Dev-C++

Chapter 3: Basic C Language syntax

Lecture 1: Basic C Syntax

Lecture 2: Textbook references for printf, escape sequences and comments

Chapter 4: Getting inputs from user and also arithmetic operations

Lecture 1: Getting inputs and adding integers

Lecture 2: Textbook discussion on getting inputs, adding integers & memory concepts

Chapter 5: Arithmetic in C

Lecture 1: Arithmetic in C

Lecture 2: Exercise 2.16 (Arithmetic)

Lecture 3: Exercise 2.17 (Final Velocity)

Chapter 6: Decision control: If, Else, Equality and Relational Operators

Lecture 1: Decision control: Equality and Relational Operators

Lecture 2: C Keywords

Lecture 3: Exercise 2.19 (Arithmetic, Largest Value and Smallest Value)

Lecture 4: if-else selection statements

Chapter 7: While loop statements

Lecture 1: While-Loops : counter controlled iteration

Lecture 2: While-Loops: sentinel controlled iteration

Chapter 8: Compound assignments, increment and decrement operators

Lecture 1: Compound assignments, increment and decrement operators

Lecture 2: Exercise 3-32 (Square of Asterisks)

Lecture 3: Exercise 3-33 (Hollow Square of Asterisks)

Chapter 9: For-Loop Statements

Lecture 1: For-Loop Basics

Lecture 2: Exercise 4-16 (Triangle-Printing Program)

Chapter 10: Switch Selection Statements

Lecture 1: Switch Selection Basics

Lecture 2: Exercise 4-5 (Switch selection)

Chapter 11: Logical Operators

Lecture 1: Logical Operator Basics

Lecture 2: Exercise 4-27 (Pythagorean Triples)

Chapter 12: Functions

Lecture 1: Introduction to functions

Lecture 2: Exercise 5-15 (Hypotenuse Calculations)

Lecture 3: Header Files

Lecture 4: Passing arguments by value and by reference

Lecture 5: Scope Rules

Chapter 13: Random Number Generation

Lecture 1: Random number generation basics

Lecture 2: Exercise 5-32 (Guess the number)

Chapter 14: Enumerations

Lecture 1: Enum Basics

Chapter 15: Arrays

Lecture 1: Array Basics

Lecture 2: Exercise 6-12 (Array Loops)

Lecture 3: Strings and Passing Arrays to Functions

Lecture 4: 2D Arrays

Chapter 16: Resources for further study

Lecture 1: Bonus Lecture

Instructors

Paul Chin
College lecturer

Rating Distribution

1 stars: 1 votes

2 stars: 2 votes

3 stars: 24 votes

4 stars: 67 votes

5 stars: 76 votes

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