
Learn head recursion by tracing a recursive function, showing how each call invokes the next with n-1, then prints after returns, until the base case stops at zero.
Explore the difference between loops and recursion, including the ascending (calling) and descending (returning) phases. Learn when loops are more space-efficient and when recursion is advantageous.
Explore how recursion uses the stack, including activation records, memory layout, and function calls, and learn to trace stack growth and output during the ascending phase.
Explore how static and global variables behave in recursion by tracing a sample function, including ascending and returning phases, activation records, and a memory layout that yields the result 15.
Learn to implement a recursive function for the sum of n natural numbers, with base case n equals zero and recursion as sum of n minus one plus n.
Introduces arrays in C data structures as a collection of similar data items stored contiguously and accessible by index, with all elements sharing the same data type.
Explore how 1D arrays allocate memory with a base address, element size, and zero-based, one-based, and n-based indexing to compute element’s address using base plus size times (i minus first).
Perform insertion in a queue using a linked list by creating a new node and inserting it at the rear. Manage front and rear pointers, including the empty queue case.
Learn how to insert a node into a queue in C, including handling empty queues, allocating memory, setting data and next, and updating front and rear.
Explore a menu-driven queue implemented with a linked list, covering insertion, deletion, peek, display, count elements, and is-empty checks via front and rear pointers.
The Data Structures using C Programming for Beginners course is designed for individuals with little to no prior knowledge of data structures who wish to learn and implement these essential concepts using the C programming language. This course provides a strong foundation in data structures, covering topics such as arrays, linked lists, stacks, queues, trees, graphs, hashing, and sorting algorithms.
The course begins with an introduction to data structures and their importance in programming. It then explains how to implement and manipulate data structures using C. Topics such as dynamic memory allocation, recursion, and pointers are also covered to give students the tools needed to build and optimize data structures effectively.
Students will learn how to work with linear data structures like arrays, stacks, and queues, as well as nonlinear structures like trees and graphs. Emphasis will be placed on understanding their real-world applications, advantages, and limitations. Practical coding exercises will ensure that students gain hands-on experience in implementing these structures.
The course concludes with advanced topics, such as hashing techniques and sorting algorithms, ensuring students are equipped to solve complex computational problems efficiently.
Throughout the course, students will complete assignments, solve over 100+ programming problems, and take quizzes to reinforce their understanding. By the end of the course, students will have a clear understanding of data structures and the confidence to apply them in real-world scenarios.
Course Goals:
Upon completing this course, students will be able to:
Understand the fundamentals of data structures and their importance in programming.
Implement and manipulate linear data structures such as arrays, linked lists, stacks, and queues.
Work with nonlinear data structures like trees and graphs.
Apply recursion and pointers to optimize data structures and solve complex problems.
Use hashing techniques and sorting algorithms for efficient data processing.
Write and debug efficient C programs involving various data structures.
Target Audience:
This course is ideal for:
Students and beginners who want to learn data structures to build a strong programming foundation.
Professionals seeking to enhance their knowledge of data structures for career advancement.
Anyone interested in understanding and applying data structures in programming.
Prerequisites:
Basic knowledge of the C programming language, such as variables, control statements, and functions, is recommended. No prior experience with data structures is required.