- 2m
- 2. Linked Lists Explained 9m
- 3. Creating Your Very First Linked List 24m
- 4. Double Linked Lists Explained 4m
- 5. Double Linked Lists In C 3m
- 6. Where The List Becomes The List Element 10m
- 7. Implementing Linked List With Value being the List Element 13m
- 7m
- 9. Programming Arrays And Array Lists In C 35m
- 10. Understanding Stacks And Queues 5m
- 11. Creating A Stack 5m
- 12. Creating A Queue 14m
- 13. Understanding Binary Trees 3m
- 14. Programming Binary Trees 8m
Data Structures In C
About this course
Have you already got some experience in the C programming language but want to take it further? Then this course is for you.
This course will teach you all about creating internal data structures in C.
This course will teach you how to create the following:
Linked List Implementation
Double Linked List Implementation
Array List Implementation
Queue Implementation
Stack Implementation
Binary Tree Implementation
All of the implementations described above will be created on video from scratch! You will learn how all of these work internally and when they should be used. This course is a "must have" for someone who has learned the fundamentals of the C Programming Language
What you’ll learn
- Linked Lists
- Double Linked Lists
- Arrays
- Array List
- Creating a stack
- Creating a queue
- Binary trees
Are there any course requirements or prerequisites?
- Understanding of pointers, structures and arrays within the C Programming Language
Who this course is for:
- C programmers who want to learn how to develop data structures in their applications
What you'll learn
- Build a practical understanding of Data Structures In C.
- Follow structured lessons with real project work.
- Strengthen your low-level programming fundamentals.
- Prepare for deeper systems programming topics.
Curriculum
14 Lessons • 2h 17m estimated learning time
- 0.00 instructor rating
- 1 courses
- Systems students worldwide
Daniel McCarthy
Learn from DragonZap instructors with practical, build-first lessons focused on systems, low-level programming, compilers, kernels, and real-world engineering fundamentals.
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