About Course

Masters in Object-Oriented Programming with MATLAB

Unlock the power of professional software development by mastering Object-Oriented Programming (OOP) within MATLAB. This course is designed to transition you from writing standard scripts to building robust, scalable, and highly organized applications.

What You Will Learn

The curriculum is structured to build your knowledge from the ground up:

The Paradigm Shift: An introduction to Object-Oriented Programming and how it fundamentally differs from functional programming.

Mastering Classes: A comprehensive introduction to defining classes and exploring the different types of classes available in MATLAB.

Deep Dive into Methods: Understand the complete feature set available for methods, including the implementation and use cases of Static Methods.

Advanced Architecture: Learn how to structure complex systems using Inheritance, and clearly distinguish between Superclasses and Subclasses.

Under the Hood: A deep dive into MATLAB’s built-in classes to see how the platform itself utilizes OOP principles.

Advantages of Learning This Course

Scale Your Projects: Move beyond messy, linear scripts. OOP allows you to manage complex engineering and data science systems with modular, easily maintainable architectures.

Maximize Code Reusability: Write your logic once. Through inheritance and class structures, you can reuse and adapt your code across multiple future projects, saving countless hours.

Industry-Ready Software Skills: OOP is the standard paradigm in professional software engineering. Mastering these concepts in MATLAB bridges the gap between basic coding and professional development.

Enhanced Collaboration: By encapsulating data and methods, you can safely work in team environments without the risk of accidentally altering someone else’s variables or logic.

Course Prerequisites

To get the most out of this content, you should have a foundational understanding of MATLAB programming, specifically:

Variable creation and data management

Control statements (if-else, switch)

Looping concepts (for, while)

Function creation and utilization

Basic debugging techniques within the MATLAB environment

Lifetime Access & Updates

The world of programming is always evolving. Subscribe just once to unlock full access to the course material, including all future, regularly scheduled content updates.

Core OOP Principles: Application of encapsulation, abstraction, and polymorphism in MATLAB.
Class Architectures: Differences and use cases for Value and Handle classes.
Native OOP in MATLAB: How MATLAB utilizes OOP internally for graphics and toolboxes.
Practical Implementation: Hands-on, line-by-line coding of real-world classes.
Scalable Design: Strategies for building adaptable, high-performance class structures.
Packaging: Best practices for structuring and porting objects and workspaces.
Encapsulation: Safely bundling methods and class definitions to protect source code.
Productization: Compiling and distributing MATLAB OOP projects as standalone software or toolboxes.

Course Content

RESOURCES
This provides the resources

following is the resource for the course

Introduction to Object Oriented Programming
This section is introduction to object oriented programming. This will give a feel what is actually the programming technique is used for, what is the advantages if it is being followed

01 : Introduction to Object oriented programming

09:58
02 : Comparision between object or class with structure

04:29
03 : Components of class in MATLAB

12:00
04 : Introduction to Constructor in class defination

09:02
05 : Types of classes in MATLAB

10:41
06 : Components of a class with the concept

09:12
07 : component of a class demonstrate with case study

18:28
08 : Class relation with respect to object

05:00
09 : How not to use properties in class

05:17
10 : Concept of constant properties and static methods of a class

08:28
11 : Relation between class and objects

08:45

Build in class behaviour in MATLAB
This topic talks about the buildin functionality in MATLAB classes.

Argument Validation of class in MATALB
in this section we have discussed about argument validation for class or object in MATLAB

Introduction to the concept of superclass and subclass
Here we talk about the concept of inheritance related to the concept of class

Types of class attributes in MATLAB object oriented programming
Here we have covered a detail of class defination to the object oriented in MATLAB. We have taken the examples in MATLAB program and demonstrated the concept.

16 : Introduction to different attributes of a class

07:23
17 : Introduction to abstract class and Implemetation with the help of an example

17:22
18 : Concept of allowed subclass and the implemenatation of the concept
19 : what is constructor on load attribut : concept and implementation in MATLAB

14:05
20 : The concept of handel compartible classes and its implementation in MATLAB

12:11
21 : The concept of Hidden class | implemenation in MATLAB

12:45
22 : The concept of inferior class | Implementation in MATLAB

13:09
23 : Introduction to the concept of scaled attribut of a class

11:18
24 : Introduction to the provided resources and loaction of the chapter

01:40

Creating package and class folder for product design
Here we have discussed on how we can create package and develop a fullly functionning product using MATLAB class and packaging concept

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About Course

Masters in Object-Oriented Programming with MATLAB

What You Will Learn

Advantages of Learning This Course

Course Prerequisites

Lifetime Access & Updates

What Will You Learn?

Course Content

RESOURCES This provides the resources

following is the resource for the course

Introduction to Object Oriented Programming This section is introduction to object oriented programming. This will give a feel what is actually the programming technique is used for, what is the advantages if it is being followed

01 : Introduction to Object oriented programming

02 : Comparision between object or class with structure

03 : Components of class in MATLAB

04 : Introduction to Constructor in class defination

05 : Types of classes in MATLAB

06 : Components of a class with the concept

07 : component of a class demonstrate with case study

08 : Class relation with respect to object

09 : How not to use properties in class

10 : Concept of constant properties and static methods of a class

11 : Relation between class and objects

Build in class behaviour in MATLAB This topic talks about the buildin functionality in MATLAB classes.

12 : Behaviour of build in objects in MATLAB

Argument Validation of class in MATALB in this section we have discussed about argument validation for class or object in MATLAB

13 : Input argument validation of class

14 : Output Argument validation for class

Introduction to the concept of superclass and subclass Here we talk about the concept of inheritance related to the concept of class

15 : Superclass methods in subclass

Types of class attributes in MATLAB object oriented programming Here we have covered a detail of class defination to the object oriented in MATLAB. We have taken the examples in MATLAB program and demonstrated the concept.

16 : Introduction to different attributes of a class

17 : Introduction to abstract class and Implemetation with the help of an example

18 : Concept of allowed subclass and the implemenatation of the concept

19 : what is constructor on load attribut : concept and implementation in MATLAB

20 : The concept of handel compartible classes and its implementation in MATLAB

21 : The concept of Hidden class | implemenation in MATLAB

22 : The concept of inferior class | Implementation in MATLAB

23 : Introduction to the concept of scaled attribut of a class

24 : Introduction to the provided resources and loaction of the chapter

Creating package and class folder for product design Here we have discussed on how we can create package and develop a fullly functionning product using MATLAB class and packaging concept

25 : class initialization

26 : class folder defination

27 : Class folder with private attribute with implemenation

28 : Introduction to package for development of software