Foundations of Data Structures in C

Ready to move beyond basic variables and learn how to manage complex data effectively? Understanding data structures is the key to writing efficient, powerful, and scalable C code by mastering how information is stored and manipulated at a low level. This course provides a clear, step-by-step path to implementing fundamental data structures from scratch. You will not only write the code for lists, stacks, and trees, but you will also learn to analyze their performance, understand their trade-offs, and apply them to solve real-world programming problems with confidence. What you'll learn: - Master C pointers, structs, and dynamic memory allocation with `malloc` and `free`. - Understand algorithmic complexity and analyze code performance using Big O notation. - Implement fundamental data structures like arrays, linked lists, stacks, and queues. - Build more complex structures, including binary search trees and hash tables. - Apply classic searching and sorting algorithms to your data structures. - Practice writing clean, efficient, and memory-safe C code through hands-on exercises. The course begins with the essentials of memory management in C before guiding you through the implementation of each major data structure, complete with practical exercises to solidify your understanding. This course is designed for beginners. A basic grasp of C syntax (variables, loops, and functions) is helpful, but no prior experience with data structures or algorithms is required. Start your journey to becoming a more proficient C programmer today.