Data Structure In-Depth Arrays & Linked List C|C++ DSA from Udemy

What's inside

Learning objectives

Students will be able to understand arrays & linked lists thoroughly concept wise and practically.
As there are hands-on multiple programs with execution of it on ide, students will learn arrays & linked list with its applications in depth
It covers frequently asked questions with solution in gate exam & faang
Arrays & linked lists which are important data structures and used in multiple applications

Sessions are on both whiteboard as well as on ide on laptop
Sessions are taken in both c & c++
As have attached all the code source for arrays & linked lists with its applications in different sessions, students can refer it.
Crack any interview in this huge it industry as array & linked lists are trending topic to learn

Students will be able to understand arrays & linked lists thoroughly concept wise and practically.
As there are hands-on multiple programs with execution of it on ide, students will learn arrays & linked list with its applications in depth
It covers frequently asked questions with solution in gate exam & faang
Arrays & linked lists which are important data structures and used in multiple applications
Sessions are on both whiteboard as well as on ide on laptop
Sessions are taken in both c & c++
As have attached all the code source for arrays & linked lists with its applications in different sessions, students can refer it.
Crack any interview in this huge it industry as array & linked lists are trending topic to learn

Syllabus

Overview of Array & Linked List

Overview of Array and Linked List i.e. topics to be covered in entire course

Overview of One Dimensional (1D) & Two Dimensional (2D) Array

Have detailed out for topics to be covered for One Dimensional(1D) and Two Dimensional(2D) Array.

Topics for Three Dimensional(3D) Array, application of arrays and practical session on IDE for complete array with its application will be covered in ahead Sessions of this Course itself.

What is 1D array, how they are initialised and represented logically and physically.

Have listed array operations & have covered insertion at position for 1D Array on Whiteboard

Insertion Operation at beginning & insertion at end for 1D Array on Whiteboard

Deletion Operation for 1D Array on Whiteboard

Traverse Operation for One Dimensional(1D) Array on Whiteboard

Search Operation for One Dimensional(1D) Array on Whiteboard

Update Operation for One Dimensional(1D) Array on Whiteboard

Topics to be covered for Two Dimensional (2D) Array

Pointers & One Dimensional(1D) Arrays on Whiteboard

Row Major Order -Draw formula or to compute address of element of 2D Array on Whiteboard

Column Major Order -Draw formula or to compute address of element of 2D Array on Whiteboard

Pointers & Two Dimensional(2D) Arrays on Whiteboard

Three Dimensional(3D) Array Initialization on Whiteboard

Three Dimensional (3D )Array Memory representation on Whiteboard

Three Dimensional Array-Row Major Order-Compute address of element on Whiteboard

Three Dimensional Array-Row Major Order-Compute address of element Part2

GATE Exam - To solve problem for 3D Array - Interview Problem & Solution

Program and Execution of Insertion operation of 1D Array on IDE on Laptop

Program and Execution of Deletion operation of 1D Array on IDE on Laptop

Program & Execution of 1D Array of pointers on IDE on Laptop

Program & Execution of accessing element using pointer notation on IDE on Laptop

Program & Execution to access element using pointer to 1D Array on IDE on Laptop

Program & Execution of accessing elements of 3D Array on IDE on Laptop

Addition arithmetic operation of 2D Array on Whiteboard

Multiplication arithmetic operation of 2D Array on Whiteboard

Multiplication arithmetic operation of 2D Array on Whiteboard Part2

Singly Linked List Introduction on Whiteboard

Singly Linked List Main Function Part1 on Whiteboard

Singly Linked List Main Function Part2 on Whiteboard

Singly Linked List Program for Adding At Beginning & adding at end on Whiteboard

Singly Linked List Program for Adding after node on Whiteboard

Single Linked List Program for adding before Node Part1 on Whiteboard

Single Linked List Program for adding before Node Part2 on Whiteboard

Single Linked List Program for adding at Position on Whiteboard

Single Linked List Program for creating Singly Linked List on Whiteboard

Single Linked List Program for displaying & counting nodes in List on Whiteboard

Single Linked List Program for deleting nodes on List on Whiteboard

Single Linked List Program for searching nodes on List on Whiteboard

Single Linked List Program for Reversing Singly Linked List on Whiteboard

Doubly Linked List Introduction on Whiteboard

Doubly Linked List Program to add when list is empty on Whiteboard

Doubly Linked List Program to Add at beginning on Whiteboard

Doubly Linked List Program to Add at End on List on Whiteboard

Doubly Linked List Program to add After node on List on Whiteboard

Doubly Linked List Program to Add before Node on List on Whiteboard

Doubly Linked List Program to Create DoublyLinkedList on Whiteboard

Doubly Linked List Program to delete nodes on List on Whiteboard

Doubly Linked List Program to Reverse List on Whiteboard

Doubly Linked List Program to Display List on Whiteboard

Circular Linked List Introduction on Whiteboard

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers frequently asked questions and solutions relevant to the GATE exam and interviews at FAANG companies, which can help learners prepare for these competitive assessments

Includes hands-on programs with execution on IDE, which allows students to practically apply the concepts of arrays and linked lists and deepen their understanding

Explores arrays and linked lists using both whiteboard explanations and IDE demonstrations, which caters to different learning styles and provides a comprehensive understanding

Provides source code for arrays and linked lists with applications, which allows students to refer to and experiment with the code to enhance their learning

Uses C and C++ for sessions, which are industry-standard languages commonly used in data structures and algorithms, making the course relevant to real-world applications

Focuses on both 'how to code' and 'why it is required,' which ensures a deep understanding of the underlying concepts and their importance in practical applications

Reviews summary

C/c++ dsa for interviews

According to the course description, learners interested in Data Structures and Algorithms for technical interviews would find this course beneficial. It aims to cover Arrays & Linked Lists in-depth using both C and C++. The course intends to provide hands-on programming practice through IDE sessions and tackle frequently asked questions from GATE & FAANG. It is designed to clear concepts from scratch and prepare students to crack interviews.

Blends theoretical explanations with practical demos.

"Liked that sessions combine Whiteboard explanations with IDE practice"

"Theory is covered on Whiteboard, then reinforced with practicals on IDE"

"The mix of Whiteboard and IDE sessions worked well for me"

Uses both C and C++ languages for examples.

"The sessions are taken in both C & C++ which is great for comparison"

"Focusing on C|C++ implementation of Arrays & Linked List"

"Got to see program execution examples for 3D Array on the IDE in C/C++"

Provides practical coding examples and source code.

"The hands-on multiple programs with execution on IDE were really helpful"

"Appreciate that sessions are on both Whiteboard and on IDE on Laptop"

"Having all the Code source attached makes it easy to refer back"

Covers fundamental data structures in detail.

"Covers Arrays & Linked List in depth with its applications"

"I thoroughly understand Arrays & Linked Lists concept wise and practically now"

"Learned not just how to code but also why it is required and how important it is"

Aims to prepare students for technical interviews.

"It covers frequently asked questions with solution for GATE exam & FAANG"

"Helped me prepare to crack interviews in the IT Industry"

"Includes interview problems like the one for 3D Array from the GATE exam"

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Data Structure In-Depth Arrays & Linked List C|C++ DSA with these activities:

Review C/C++ Fundamentals

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Solidify your understanding of C/C++ fundamentals, including pointers and memory management, to better grasp the implementation details of arrays and linked lists.

Browse courses on C++ Syntax

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Review basic C/C++ syntax and data types.
Practice pointer arithmetic and memory allocation.
Work through example problems involving pointers and memory management.

Review 'Data Structures and Algorithm Analysis in C++'

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Supplement your learning with a comprehensive textbook on data structures and algorithms, focusing on C++ implementations.

View Data Structures And Algorithm Analysis in C++ on Amazon

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Read the chapters on arrays and linked lists.
Work through the examples and exercises in the book.
Compare the book's implementations with your own.

Implement Array Operations

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Reinforce your understanding of array operations by implementing them from scratch in C/C++.

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Implement insertion, deletion, search, and update operations on 1D arrays.
Implement matrix addition and multiplication for 2D arrays.
Test your implementations thoroughly with various test cases.

Four other activities

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Show all seven activities

Implement Linked List Operations

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Solidify your knowledge of linked lists by implementing various operations on singly, doubly, and circular linked lists.

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Implement insertion, deletion, search, and reverse operations for singly linked lists.
Implement insertion and deletion operations for doubly linked lists.
Implement insertion and deletion operations for circular linked lists.
Test your implementations thoroughly with various test cases.

Create a Visual Guide to Linked Lists

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Deepen your understanding of linked lists by creating a visual guide that explains the different types of linked lists and their operations.

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Choose a medium for your visual guide (e.g., presentation, infographic, video).
Create diagrams illustrating the structure of singly, doubly, and circular linked lists.
Visually demonstrate common linked list operations, such as insertion and deletion.
Add explanations and annotations to clarify the concepts.

Build a Dynamic Array Class

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Apply your knowledge of arrays and memory management to create a dynamic array class in C/C++ that automatically resizes as needed.

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Design the interface for your dynamic array class.
Implement the core functionality, including resizing and element access.
Add error handling and boundary checks.
Write unit tests to ensure the class functions correctly.

Review 'Introduction to Algorithms'

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Study a classic algorithms textbook to gain a deeper understanding of the theoretical foundations of arrays and linked lists.

View Introduction to Algorithms, fourth edition on Amazon

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Read the sections on array-based data structures and linked lists.
Focus on the analysis of time and space complexity.
Consider how the algorithms can be implemented in C/C++.

Career center

Learners who complete Data Structure In-Depth Arrays & Linked List C|C++ DSA will develop knowledge and skills that may be useful to these careers:

Software Engineer

A software engineer designs, develops, and tests software applications. This course on data structures, specifically focusing on arrays and linked lists in C and C++, is directly applicable. Arrays and linked lists are fundamental data structures, and a software engineer will utilize them frequently when developing algorithms and implementing solutions. Understanding how to manipulate these structures efficiently, as taught in this course, leads to writing robust and optimized code. The course, with its hands-on programs and focus on practical applications, complements the skills needed for a software engineer. The course will be particularly helpful with its coverage of the implementation of array and linked list operations.

See salaries and explore the career path for Software Engineer

Systems Programmer

A systems programmer develops and maintains operating systems and system-level software. This career path demands a deep understanding of data structures and algorithms, making this course on arrays and linked lists in C and C++ highly relevant. Systems programmers work closely with hardware and need to optimize code for performance and resource usage. Mastering fundamental data structures like arrays and linked lists is essential for writing efficient system-level code. The course's focus on practical implementation, including hands-on programs and execution on IDE, prepares a systems programmer for the challenges of this role. This course directly applies to the needs of a systems programmer.

See salaries and explore the career path for Systems Programmer

Algorithm Developer

Algorithm developers create and implement algorithms for various applications. This course is well aligned with this role, as it focuses on arrays and linked lists, which are fundamental building blocks for many algorithms. The course's emphasis on C and C++, combined with whiteboard and IDE sessions, provides practical experience in implementing and optimizing algorithms using these data structures. Algorithm Developer will find the section on GATE exam problem solving with 3D arrays particularly useful.

See salaries and explore the career path for Algorithm Developer

Embedded Systems Engineer

Embedded systems engineers design, develop, and test software for embedded systems, such as those found in IoT devices and automotive systems. This course, focusing on arrays and linked lists in C and C++, is highly relevant to this field. Embedded systems often have limited memory and processing power, making efficient data structures crucial. Understanding how to implement and optimize arrays and linked lists in C and C++, as taught in this course, allows embedded systems engineers to write efficient code that minimizes resource usage. This course in particular covers C and C++, which are the languages of choice in Embedded Systems.

See salaries and explore the career path for Embedded Systems Engineer

Computer Science Educator

Computer science educators teach computer science concepts to students. This course can assist in reinforcing their knowledge of fundamental data structures like arrays and linked lists. The course's emphasis on practical examples and hands-on exercises can be adapted and used in their teaching. Furthermore, the course's coverage of frequently asked questions and solutions for exams like GATE and FAANG interviews may provide valuable insights and materials for preparing their students. If you enjoy taking this course, you may want to teach it to others.

See salaries and explore the career path for Computer Science Educator

Game Developer

Game developers design and create video games. This requires a strong understanding of data structures and algorithms for managing game objects, physics, and artificial intelligence. This course, centered on arrays and linked lists in C and C++, helps build a foundational understanding of these core concepts. By understanding how to efficiently store and manipulate data using these structures, a game developer can optimize game performance. The practical, hands-on approach of the course, including code examples and IDE-based exercises, complements the need for practical coding skills in game development. The course will be helpful for game developers who want to work on the core game engine.

See salaries and explore the career path for Game Developer

Full-Stack Developer

Full stack developers work on both the front-end and back-end of web applications. While front-end development often involves using higher-level frameworks, back-end development often requires a solid understanding of data structures and algorithms. This course, focusing on arrays and linked lists in C and C++, helps to develop this foundational knowledge. Knowing how to efficiently manage data using these structures allows a full stack developer to build scalable and performant web applications. The course's sessions on whiteboard and IDE complements the diverse skillset of a full stack developer. A full stack developer can improve their back end engineering skills using this course.

See salaries and explore the career path for Full-Stack Developer

Compiler Developer

Compiler developers design and implement compilers, which translate high-level programming languages into machine code. This course may be useful, as understanding data structures like arrays and linked lists is crucial for compiler design. Compilers use these data structures for symbol tables, intermediate code representation, and other essential tasks. The course's focus on C and C++, the languages often used to implement compilers, is particularly useful. Note that typically a master's or doctoral degree is required for this role.

See salaries and explore the career path for Compiler Developer

Data Engineer

Data engineers build and maintain the infrastructure for data storage and processing. This course on arrays and linked lists may be useful, as these fundamental data structures are vital for understanding how data is organized and manipulated. Although data engineers often work with higher-level tools and frameworks, knowing the underlying principles helps with optimizing data pipelines and troubleshooting performance issues. The practical focus of the course, with its hands-on programs and execution on IDE, complements the need for practical problem-solving skills in data engineering. A data engineer can optimize data pipelines if they apply the concepts taught in the course.

See salaries and explore the career path for Data Engineer

Data Scientist

Data scientists analyze large datasets to extract meaningful insights and develop data-driven solutions. This course may be useful because understanding data structures like arrays and linked lists forms a base for working with more complex data structures and algorithms. While data science often involves using higher-level libraries and tools, knowing the underlying principles assists in optimizing data processing and understanding the trade-offs between different data structures. The course emphasizes practical application with exercises, which complements the analytical skills needed for a data scientist. The course's coverage of C and C++ may be useful for optimizing performance-critical data science tasks.

See salaries and explore the career path for Data Scientist

Database Administrator

Database administrators are responsible for the performance, integrity, and security of databases. While modern databases use more complex data structures, understanding the fundamentals of arrays and linked lists, as covered in this course, helps build a stronger foundation. The course emphasizes practical implementation in C and C++, which may be useful for database administrators working on low-level database optimizations or developing custom database extensions. This course is not an immediate transition but helps improve the fundamentals of efficient data management.

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Reverse Engineer

Reverse engineers analyze software to understand how it works, often without access to the source code. This course, which covers arrays and linked lists, can aid in understanding how data is structured and manipulated within the software being analyzed. While reverse engineering requires a broad range of skills, the knowledge of fundamental data structures helps in deciphering the logic and functionality of the software. With the knowledge gained from the course, the reverse engineer may be able to deduce more information.

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Quality Assurance Engineer

Quality assurance engineers test software to ensure it meets quality standards. While this role does not directly involve implementing data structures, understanding them helps in designing effective test cases and identifying potential performance bottlenecks. This course focusing on arrays and linked lists in C and C++, helps build a foundational understanding of how data is stored and manipulated. This knowledge can guide the quality assurance engineer in creating tests that effectively stress the system and uncover issues related to data handling. This course can provide the quality assurance engineer with a new method of thinking about testing for bugs.

See salaries and explore the career path for Quality Assurance Engineer

Technical Writer

Technical writers create documentation for software and hardware. This course focusing on arrays and linked lists in C and C++ may be useful, as understanding these concepts allows them to write accurate and comprehensive documentation for software libraries, APIs, and other technical products. The course's detailed explanations and practical examples can serve as a valuable resource for creating clear and concise documentation. If you want to write documentation, this course may provide the knowledge needed to understand some concepts.

See salaries and explore the career path for Technical Writer

Security Engineer

Security engineers protect computer systems and networks from security threats. While modern security practices involve many different tools, this course may be useful because understanding data structures like arrays and linked lists helps in analyzing and mitigating vulnerabilities related to memory management and data handling. The course's focus on C and C++ is particularly relevant, as these languages are often used in systems-level programming where many security vulnerabilities are found. Understanding how to handle these low level issues can help improve security.

See salaries and explore the career path for Security Engineer

Data Structure In-Depth Arrays & Linked List C

C++ DSA

What's inside

Learning objectives

Syllabus

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Reviews summary

C/c++ dsa for interviews

Activities

Career center

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