MATLAB for Engineers - Go from Zero to Hero

MATLAB for Engineers | Go from Zero to Hero, available at $49.99, has an average rating of 4.45, with 63 lectures, based on 92 reviews, and has 7104 subscribers.

You will learn about MATLAB programming from scratch Skills to solve challenging problems in MATLAB 100+ MATLAB built-in functions Deep Understanding of Matrices Plotting 2D & 3D figures Working with M-Files and making user defined functions Relational & logical operators Repetition structures like for loop, while loop and nested loops Symbolic mathematics Differentiation, Integration & Differential Equations Numerical techniques MATLAB app designer Simulink This course is ideal for individuals who are Engineering students who want to learn MATLAB or Beginner MATLAB programmers or Computer Science students or Electrical engineering students or Teachers It is particularly useful for Engineering students who want to learn MATLAB or Beginner MATLAB programmers or Computer Science students or Electrical engineering students or Teachers.

Enroll now: MATLAB for Engineers | Go from Zero to Hero

Summary

Title: MATLAB for Engineers | Go from Zero to Hero

Price: $49.99

Average Rating: 4.45

Number of Lectures: 63

Number of Published Lectures: 63

Number of Curriculum Items: 63

Number of Published Curriculum Objects: 63

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

MATLAB programming from scratch

Skills to solve challenging problems in MATLAB

100+ MATLAB built-in functions

Deep Understanding of Matrices

Plotting 2D & 3D figures

Working with M-Files and making user defined functions

Relational & logical operators

Repetition structures like for loop, while loop and nested loops

Symbolic mathematics

Differentiation, Integration & Differential Equations

Numerical techniques

MATLAB app designer

Simulink

Who Should Attend

Engineering students who want to learn MATLAB

Beginner MATLAB programmers

Computer Science students

Electrical engineering students

Teachers

Target Audiences

Engineering students who want to learn MATLAB

Beginner MATLAB programmers

Computer Science students

Electrical engineering students

Teachers

MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation. Typical uses include:

Math and computation

Algorithm development

Modeling, simulation, and prototyping

Data analysis, exploration, and visualization

Scientific and engineering graphics

Application development, including Graphical User Interface building

MATLAB is an interactive system whose basic data element is an array that does not require dimension. This allows you to solve many technical computing problems, especially those with matrix and vector formulations, in a fraction of the time it would take to write a program in a scalar non-interactive language such as C or FORTRAN.

This course MATLAB for Engineers is designed to cover the important topics to successfully start with MATLAB programming. The video lectures in this course contains practice questions to enhance your skills to use MATLAB. Some practical examples are also available in every section so that you can also understand that how MATLAB is used to solve different engineering problems.

You will be always welcome to ask any question related to any topic in this course and I will be there to answer the queries.

Finally I hope that you will join with me in this course and we will have a good journey.

Course Curriculum

Chapter 1: Getting Started with MATLAB

Lecture 1: Introduction to MATLAB environment

Lecture 2: Solving basic problems in MATLAB

Lecture 3: Downloading & Installing MATLAB

Chapter 2: Built-in MATLAB Functions

Lecture 1: Built-in Functions and Help Feature in MATLAB

Lecture 2: Elementary Math Functions

Lecture 3: Trigonometric Functions

Lecture 4: Data Analysis Functions

Lecture 5: Random Numbers

Lecture 6: Complex Numbers

Lecture 7: Computational Limitations

Chapter 3: Manipulating MATLAB Matrices

Lecture 1: Manipulating Matrices and Problems With Two Variables

Lecture 2: Special Matrices – 1

Chapter 4: Plotting

Lecture 1: Two Dimensional Plots

Lecture 2: Subplots

Lecture 3: Other Types of 2 Dimensional Plots – 1

Lecture 4: Other Types of 2 Dimensional Plots – 2

Lecture 5: 3 Dimensional Plotting

Lecture 6: Creating Plots From The Workspace Window

Lecture 7: Editing Plots From Menu Bar and Saving It

Chapter 5: User Defined Functions

Lecture 1: Creating Functions M-File

Chapter 6: User Controlled Input and Output

Lecture 1: User Defined Input

Lecture 2: Graphical Input Functions

Chapter 7: Logical Functions and Selection Functions

Lecture 1: Relational and Logical Operators

Lecture 2: Flowcharts and Pseudo-codes

Lecture 3: Logical Function

Lecture 4: Selection Functions

Lecture 5: The Switch Case

Lecture 6: Menu Function

Chapter 8: Repetition Structures

Lecture 1: For Loop

Lecture 2: While Loop

Lecture 3: Break and Continue

Lecture 4: Nested Loops

Chapter 9: Matrix Algebra

Lecture 1: Matrix Operation and Functions – 1

Lecture 2: Matrix Operation and Functions – 2

Lecture 3: Solution Of System Of Linear Equations

Lecture 4: Special Matrices – 2

Chapter 10: Other Kinds of Arrays

Lecture 1: Other Kinds of Array

Lecture 2: Multi-dimension Array

Lecture 3: Character Arrays

Lecture 4: Cell Arrays

Lecture 5: Structure Arrays

Chapter 11: Symbolic Mathematics

Lecture 1: Symbolic Algebra

Lecture 2: Substitution Function

Lecture 3: Solving System Of Linear Equations Symbolically

Lecture 4: Manipulating and Solving Symbolic Expressions

Lecture 5: Symbolic Plotting

Lecture 6: Additional Symbolic Plots

Chapter 12: Calculus

Lecture 1: Differentiation

Lecture 2: Integration

Lecture 3: Differential Equations

Chapter 13: Numerical Techniques

Lecture 1: Interpolation

Lecture 2: Curve Fitting or Regression Analysis

Lecture 3: Numerical Differentiation

Lecture 4: Numerical Integration

Chapter 14: MATLAB App Designer

Lecture 1: Getting Started with MATLAB App Designer

Lecture 2: Making first app on App Designer

Lecture 3: Ready Aim Fire – I

Lecture 4: Ready Aim Fire – II

Lecture 5: Ready Aim Fire – III

Lecture 6: Ready Aim Fire – IV

Chapter 15: Simulink

Lecture 1: Getting Started with Simulink

Lecture 2: Solving Differential Equations

Lecture 3: Solving Differential Equations Example

Instructors

Ahad Shalwani
Electrical Engineer

Rating Distribution

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2 stars: 2 votes

3 stars: 16 votes

4 stars: 35 votes

5 stars: 39 votes

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