This course is tailored for beginners and professionals aiming to leverage MATLAB’s powerful computational capabilities in the field of e-mobility. Through hands-on practice and in-depth tutorials, you will learn how to use MATLAB for data analysis, matrix operations, plotting, and simulations, with a special focus on applications in electric vehicle design and development.

Course Syllabus:

Module 1: Overview of MATLAB and Its Environment

• Introduction to MATLAB and Its Features
• Understanding MATLAB’s Role in Computational Mathematics
• Setting Up Your Local MATLAB Environment
• Hands-On Practice: Basic Syntax and Commands

Module 2: Working with Variables and Data Types

• Variable Naming and Assignments
• Data Types in MATLAB
• Arithmetic and Logical Operations
• Use of Special Variables and Constants

Module 3: Vectors, Matrices, and Arrays

• Creating and Manipulating Vectors and Matrices
• Matrix Operations: Addition, Multiplication, and Inversion
• Working with Arrays: Multidimensional and Special Arrays
• Matrix and Vector Calculations for E-Mobility Applications

Module 4: Plotting and Visualization

• Generating 2D and 3D Plots
• Customizing Graphs: Titles, Labels, Colors, and Scaling
• Subplots and Advanced Plotting Techniques
• Visualizing Electric Vehicle Data

Module 5: Functions and Control Statements

• Writing Functions in MATLAB
• Decision-Making with if, else, and switch Statements
• Loops: for, while, and Loop Control
• Implementing Control Algorithms for EV Systems

Module 6: Algebra, Calculus, and Transforms

• Solving Algebraic Equations
• Differentiation and Integration Techniques
• Solving Differential Equations in MATLAB
• Fourier and Laplace Transforms for Signal Processing in EVs

Module 7: Data Import and Export

• Importing and Exporting Data from MATLAB
• Low-Level File I/O for Data Handling
• Working with External Data in EV Simulations

Module 8: Introduction to Simulink

• Overview of Simulink and Its Role in Simulation
• Building EV Models in Simulink
• Simulating Powertrain and Energy Systems for E-Mobility

Who Should Enroll:

This course is ideal for electrical engineers, automotive engineers, data analysts, and students looking to use MATLAB for e-mobility applications. Whether you’re new to MATLAB or seeking to enhance your skills in EV simulation, this course is designed to help you master MATLAB for electric vehicle design.

Learning Outcomes:

• Gain proficiency in MATLAB programming and data manipulation.
• Understand matrix operations, algebra, calculus, and their applications in e-mobility.
• Develop skills in data visualization and plotting for electric vehicle analysis.
• Learn to simulate EV systems using MATLAB and Simulink.

Certification:

Upon successful completion, participants will receive a Certification in Fundamentals of MATLAB for E-Mobility Applications, validating their expertise in MATLAB programming and EV system simulation.