Data Structures Basics - Level 3

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Overview Data structures are one of the most important components in the creation of efficient algorithms and good software architecture. …


Data structures are one of the most important components in the creation of efficient algorithms and good software architecture. Being able to develop and design good data structures is a necessary ability for becoming an excellent programmer. This course will show you how to master the basic concepts of data structures.

This course includes high-quality animated films that demonstrate a variety of data structures and how they are visually represented. With easy-to-follow step-by-step instructions, you’ll learn how to write various data structures. Every data structure will be accompanied by some working source code (in Java) to help you understand it better.

Why you should consider taking this course at Study365

Study 365 is a leading online education provider for several accredited organisations.  It provides learners an opportunity to take this certificate in Data Structures Basics – Level 3, one of the best IAP courses. At Study365, we give our fullest attention to learners’ needs and ensure they have the necessary information required to proceed with successful careers.  

Our priority is the advancement of knowledge and skills, bound to facilitate everything required to confirm a top-notch education service. We vouch for our learners an exclusive learning experience by paying close attention to each of their unique requirements and coming up with solutions every time. We provide them with state-of-the-art facilities using the latest technology.

The benefits of studying with Study365 are ample. Here are just a few;

  • Informative and secure
  • Expert tutor support
  • Learn at your own pace
  • Versatile and motivated learning
  • A culture of continuous improvement
  • About the Tutor
  • Learning outcomes
  • Whom is this qualification for?
  • Prerequisites to take the course
  • Method of assessment
  • Certification
  • Awarding body
  • Career path and progression

William Fiset, an employee at Google Maps as a software developer in California. He is also an ACM-ICPC world finalist and a problem solver who wants to share his computer programming and problem-solving expertise with learners around the globe. Since there is a need for high-quality knowledge regarding complex topics in computer science, he teaches subjects like Data structures and algorithms topics. He chooses such topics to teach as they are the most crucial to grasp on the route to becoming a great software developer.

  • Learn and master the most common data structures
  • Understand algorithms associated with data structures
  • Understand dynamic arrays
  • Students who want a fundamental understanding of data structures.
  • Basic computer science knowledge

This is a knowledge-based course, and thus, will contain no method of assessment.

Once the course completed, the learners get awarded the certificate of completion for ‘Data Structures Basics - Level 3’ by iAP.

The International Awards for Professionals (iAP) is an awarding body established in 1999 that aims to promote a high educational standard. It hopes to create online education that is trustworthy and credible. It is focused on raising the standards of online education, and ensuring it is accessible to all. The iAP provides accreditation for a range of educational establishments, and monitors and continually develops the educational standards of such institutions. Its globally recognised certifications allow learners to acquire the skills and knowledge needed to gain employment in the chosen fields.

Upon successfully completing this course, learners will have the knowledge and skills to enter the relevant job market with the confidence to explore a wide range of industry-related jobs. You can further study related courses that will open new and existing doors which will pave the way to exciting opportunities. Adding this as a skill set on your resume is beneficial to raise your value.  Top employers and organisations will recognise your skills that will enable you to land a generously-paying job. Given below are job titles you can compete for:

  • Java developer
  • Systems integration specialist
  • Software engineers

Course Curriculum

1. Introduction
1.1. Abstract Data Types Introduction FREE 00:05:00
1.2. Understanding Time/Space Complexity FREE 00:13:00
2. Static and Dynamic Arrays
2.1 Static and Dynamic Arrays 00:12:00
2.2 Dynamic Array Source Code 00:07:00
3. Linked Lists
3.1 Linked List Introduction 00:15:00
3.2 Doubly Linked List Source Code 00:10:00
4. Stacks
4.1 Understanding Stacks 00:12:00
4.2 Stack Implementation Details 00:04:00
4.3 Stack Source Code 00:04:00
5. Queues
5.1 Queues Part 1 00:06:00
5.2 Queues Part 2 00:06:00
5.3 Queue Source Code 00:04:00
6. Priority Queues
6.1 What is a Priority Queue? 00:13:00
6.2 Min Heaps and Max Heaps 00:06:00
6.3 Priority Queue Inserting Elements 00:10:00
6.4 Priority Queue Removing Elements 00:14:00
6.5 Priority Queue Source Code 00:16:00
7. Union Find/Disjoint Set
7.1 Union Find Introduction 00:06:00
7.2 Kruskal’s Algorithm 00:06:00
7.3 Union and Find Operations 00:11:00
7.4 Path Compression 00:07:00
7.5 Union Find Source Code 00:08:00
8. Binary Search Trees
8.1 Introduction to Binary Trees 00:13:00
8.2 Binary Search Tree Insertions 00:06:00
8.3 Binary Search Tree Removals 00:14:00
8.4 Binary Tree Traversals 00:12:00
8.5 Binary Search Tree Source Code 00:13:00
9. Hash Tables
9.1 Hash Table Hash Functions 00:17:00
9.2 Hash Table Separate Chaining 00:08:00
9.3 Hash Table Separate Chaining Source Code 00:12:00
9.4 Hash Table Open Addressing 00:11:00
9.5 Hash Table Linear Probing 00:14:00
9.6 Hash Table Quadratic Probing 00:09:00
9.7 Hash Table Double Hashing 00:15:00
9.8 Hash Table Removing Key-Value Pairs 00:08:00
9.9 Hash Table Open Addressing Source Code 00:15:00
10. Fenwick Tree/Binary Indexed Tree
10.1 Fenwick Tree Range Queries 00:14:00
10.2 Fenwick Tree Point Updates 00:05:00
10.3 Fenwick Tree Construction 00:06:00
10.4 Fenwick Tree Source Code 00:06:00
11. AVL Tree
11.1 Tree Rotations 00:09:00
11.2 Avl Tree Insertions 00:10:00
11.3 Avl Tree Removals 00:09:00
11.4 Avl Tree Source Code 00:17:00
12. Indexed Priority Queue
12.1 Introduction to Indexed Priority Queues 00:25:00
12.2 Indexed Priority Queue Source Code 00:09:00
13. Sparse Tables
13.1 Sparse Table 00:26:00
13.2 Sparse Table Source Code 00:07:00
14. Suffix Array
14.1 Suffix Array Introduction 00:03:00
14.2 Longest Common Prefix Introduction 00:03:00
14.3 Using Substrings 00:05:00
14.4 Longest Common Substring 00:11:00
14.5 Longest Common Substring Example 00:07:00
14.6 Longest Repeated Substring 00:05:00
Completion Certificate Request
Completion Certificate Request

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