Free online courseC for Beginners

Course Description

"C for Beginners" is a comprehensive course tailored for people who are new to the world of programming. With a total duration of 11 hours and 8 minutes, this course offers an extensive journey into the basics and intricacies of the C programming language. It has garnered an impressive average rating of 4.74 out of 5 stars, reflecting its quality and the satisfaction of numerous learners.

Belonging to the Information Technology category and specifically falling under the subcategory of Multipurpose Programming Languages (such as Python, Ruby, Java, and C), this course is ideal for aspiring programmers aiming to build a solid foundation in one of the most influential programming languages.

The course begins with a welcoming introduction to computer science, accessible to everyone, regardless of their background. It then delves into the critical decision of choosing the right programming language, aligning your goals with the capabilities of different languages.

Learning binary and hexadecimal systems is also emphasized, providing a strong understanding of how computers interpret data at the lowest level. The course ensures that learners grasp the importance of binary in computing.

As the course progresses, students explore essential programming concepts such as include statements, data handling by programming languages, and the relationship between programs and RAM. These foundational lessons pave the way for understanding how programs operate as data themselves.

Next, attend to comprehensive lessons on program flow, functions, arguments, and return values. These topics are crucial for writing efficient and effective code. The course's hands-on approach is highlighted by guiding students through writing, reviewing, and running their first program in C, specifically using the CodeBlocks environment.

Subsequent sections cover vital data principles, including types, numeric overflow, ASCII, and how characters and numbers are encoded. The nuances of signed and unsigned numbers in C, as well as the potential pitfalls of numeric overflow, are discussed in detail.

Variables are introduced, along with their connection to function return values, string termination, and the versatile printf function. By understanding placeholders and more advanced formatting, students refine their skills in managing output effectively.

Pointers and arrays are essential topics in C programming, and this course addresses them through multiple lessons. Students learn to create and manipulate pointers, access memory directly, and grasp the significance of these tools in more complex programming scenarios.

The concepts of constants, string literals, and direct memory manipulation using pointers are included to enhance the understanding of memory management in C. Lessons extend to conditional flow statements, logical operators, and implementing if statements to facilitate decision-making in code.

To build more robust programs, the course introduces GOTO and loop constructs, alongside custom functions, Booleans, and bitmasks. Practical knowledge is further reinforced through the introduction of data structures and binary data representation.

Finally, algorithm design and the implementation of the for loop in C form the capstone of this course. By concluding with advanced algorithm strategies, the course ensures that learners can approach problem-solving with a systematic and efficient mindset, ready to tackle real-world programming challenges.