This course offers a thorough introduction to the C programming language. Participants will delve into the core concepts, syntax, and structures of C, equipping them to craft basic programs. Key areas of focus encompass variables, data types, control structures, functions, arrays, and pointers. Engaging hands-on activities and projects will provide learners with tangible experience in problem-solving using C. Upon concluding this course, participants will possess a robust understanding of C programming and be primed to explore more intricate subjects.

A comprehensive course designed to help intermediate C programmers master pointers, from fundamentals to advanced pointer manipulation and practical applications.

A concise, concept-driven course to help you master safe coding, error handling, and defensive programming techniques in C. Learn to write robust, predictable, and maintainable C programs by understanding common pitfalls and best practices.

A concise beginner-friendly course introducing the essentials of file handling in C, including file types, opening/closing files, reading/writing data, error handling, and file pointers. Each chapter features clear explanations, simple code examples, and interactive quizzes.

Learn the essentials of computer networking by building real-world applications in C. This course guides you step by step through the fundamentals of sockets, protocols, and client-server communication, using hands-on examples and clear explanations.

Learn how C programs interact directly with the Linux kernel using system calls. This course covers the fundamentals, practical usage, and advanced topics, empowering you to write robust, efficient, and secure Linux applications.

Gain a solid understanding of how structs work in C, from basic definitions to advanced memory concepts. Explore how pointers interact with structured data, discover efficient ways to organize information, and build confidence by implementing real data structures such as linked lists.

Learn how C works at the bit level. This course explains bitwise operators, masks, flags, shifts, and binary data manipulation, helping you write efficient, low-level, and predictable C code.

Master the art of decision-making in C by learning how to control program flow using if, else, else if, switch, ternary operators, and guard clauses. This course blends concise theory with hands-on challenges to help you write smarter, more flexible C code.

Learn the foundational concepts and practical skills required to develop device drivers in C for Linux. This course covers the architecture of device drivers, kernel and user space interactions, driver types, kernel modules, memory management, interrupts, concurrency, and direct hardware communication.

Master the essential loop constructs in C, including while, for, and do-while loops, as well as control statements like break and continue. This course is designed for learners who already understand variables and conditionals, focusing on practical usage and concise explanations.

A beginner-friendly course introducing the essentials of CMake, the popular cross-platform build system. Learn how to set up, configure, and manage CMake projects for C and C++ development.