MATLAB.AW1

Fundamental Concepts of MATLAB Programming

Does huge pile of data scare you? Don’t worry! We have the solution. Learn MATLAB programming and manage your data easily & efficiently. Start now!

15 Interactive Lessons and 121 topics mapped to the official exam objectives

Beginner Self-paced · 1 year access

15Interactive Lessons

121Topics

01 / Skills you'll get

What you will be able to do

Understand the Fundamental Concepts of MATLAB Programming & take the world of data by storm.

Manage data with functions, arrays in columns & rows, and handle errors like a pro! Don’t let creativity stop ~ utilize MATLAB toolboxes and make data visually stunning with image processing & Machine Learning.

Train with interactive lessons, gamified tests & a certificate of completion! Enroll now.

Handle massive amounts of data with MATLAB’s computing power. Create applications, simulations, and computation measures. Examine the various commands and essential concepts of MATLAB. Learn Importing & exporting data. Visualize data in different ways by plotting graphs. Utilize the basic algebraic functions used in MATLAB Analyze the Decision (making) Control Statements. Access & Delete values from vectors & matrix. Sort & manage multi-dimensional arrays.

Course Highlights

15 Structured Lessons Comprehensive coverage of core course objectives
1 Year Full Access Self-paced learning accessible anytime on all devices

02 / Lessons & labs

See exactly what you will learn and practice

Download outline (PDF)

Lessons

15 Interactive Lessons · 121 topics

01 Preface

02 Basics of MATLAB 10 topics

Objective
Introduction
Importance of MATLAB
The MATLAB interface
The Features of MATLAB
The MATLAB paradigm
Applications of MATLAB
The MATLAB setup
Some helpful screenshots
Conclusion

03 Expressions and Basic Commands of MATLAB 9 topics

Objective
Introduction
Expression checking
Valid expression
Invalid expression
Notations
Comments
Basic commands
Conclusion

04 Data Types, Variables and Operators 7 topics

Introduction
Type conversion
Variable
Some important commands
Operators in MATLAB
Set operations
Conclusion

05 Decision Control Statements 4 topics

Objective
Introduction
Types of decision making
Conclusion

06 Loops Control Statements 5 topics

Objective
Introduction
Types of loops
The jumping statements
Conclusion

07 Vectors 11 topics

Objective
Introduction
Types of vectors
Accessing value from vector
Deletion of data from vector
Basic operations of vector
Appending of vectors
Magnitude of vector
The dot product of a vector
Scalar operations of vectors
Conclusion

08 Matrix 10 topics

Objective
Introduction
Accessing value from the matrix
Deletion of data from the matrix
Concatenation of matrices
Identity and inverse of matrices
Scalar operations of matrix
Determinant of matrix
Transpose of matrix
Conclusion

09 Arrays 11 topics

Objective
Introduction
Why array?
Types of array
Declarations and initialization of an array
Predefined functions in an array
Some other functions
Multi-dimensional arrays
Sorting of arrays
Accessing data in cell arrays
Conclusion

10 Strings 8 topics

Objective
Introduction
An array of character in rectangular form
Functions of strings
Arrays, functions for identifying parts of strings, find and replace substrings
Functions for string comparison
Some other functions
Conclusion

11 Functions 4 topics

Objective
Introduction
Types of functions
Conclusion

12 Data Import and Export 7 topics

Objective
Introduction
Why Data Import?
Low-level file I/O
Import text data files with low-level I/O
Data export
Conclusion

13 Plotting a Graph 6 topics

Objective
Introduction
Types of plot
Various commands and functions
The view() function
Conclusion

14 Graphics 6 topics

Objective
Introduction
Types of graphics objects
Object properties
Using the handle
Conclusion

15 Basic Algebra in MATLAB 23 topics

Objective
Introduction
The solve( ) function
The root( ) function
The disp( ) function
Solving linear equations
Solving quadratic equations
Solving higher order equations
Expanding and collecting equations in MATLAB
Factorization and simplification of algebraic expressions in MATLAB
The calculus in MATLAB
Solving limits
Left and right sided limits
Differential formations
Derivatives of logarithmic, exponential and trigonometric functions
Maxima and minima of a curve
The solution of differential equations
Integration
Definite integral using MATLAB
Calculations of polynomials
Roots of the polynomials
Polynomial curve fitting
Conclusion

03 / FAQs

Questions before you start

What is MATLAB's full form?

MATLAB stands for Matrix Laboratory. It’s a programming language that utilizes numerical computation, data analysis, and visualization to manage huge piles of data with a strong focus on matrix and array-based mathematical operations.

What is the main use of MATLAB?

MATLAB can be utilized for several advanced functions like data analysis & Mathematical modeling and simulation for engineers & scientists. MATLAB can also be used for Machine learning and AI development, Data analysis and visualization, etc.

Who can use MATLAB?

MATLAB can be utilized by various individuals like -

Students
Engineers
Scientists & Researchers
Data Analysts
Financial Analysts
Machine Learning and AI Developers

Which jobs require MATLAB?

MATLAB can be the feather on your cap in your professional journey. Get employed as an Image Processing Expert, Data Analyst/Scientist, Software Engineer, Research Analyst & Financial Analyst.

Grow with MATLAB!

Let your data handling skills get you the best jobs in the market with MATLAB fundamentals course.

1 year of full access
Certificate of completion