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:
Beginner friendly
Exercises and solutions explained in detail
Plenty of practical exercises
Who this course is for:
Engineering and Computer Science students
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.
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:
Beginner friendly
Exercises and solutions explained in detail
Plenty of practical exercises
Who this course is for:
Engineering and Computer Science students
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.
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:
Beginner friendly
Exercises and solutions explained in detail
Plenty of practical exercises
Who this course is for:
Engineering and Computer Science students
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.