Certification Course in MATLAB-SIMULINK, QSS & Advisor Toolbox for EV Design
The “Certification Course in MATLAB-SIMULINK, QSS & Advisor Toolbox for EV Design” course is designed to provide in-depth knowledge of MATLAB and SIMULINK for electric vehicle (EV) design. It covers the fundamentals of MATLAB, plotting techniques, mathematical tools, and extends into SIMULINK for modeling electric vehicles. Students will gain hands-on experience with advanced toolboxes like Advisor and QSS, exploring system design. By the end of the course, participants will have a robust understanding of EV system design & simulation using MATLAB-SIMULINK.
At a glance
- 7 Modules.
- 37 Lessons.
- 12.8 hours of Video Content.
- Quiz with Solutions.
- 1 Project Assignment.
- Certificate of Completion.
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LevelIntermediate
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Duration12 hours 48 minutes
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Enrollment validityEnrollment validity: Lifetime
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CertificateCertificate of completion
Course Curriculum
Welcome to the Course!
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Module 1: Essentials of MATLAB
In this module, students will learn the fundamentals of MATLAB, including its overview & environment, essential operators, and commonly used commands. They will also explore basic syntax to effectively write and execute MATLAB code.
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Topic 1: Overview & Environment
13:17 -
Topic 2: Basic Syntax
14:11 -
Topic 3: Basic Syntax, Part 2
13:41 -
Topic 4: Commands
16:56 -
Topic 5: Operators
19:17 -
MATLAB- SIMULINK QSS Module 1 Quiz
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MATLAB – SIMULINK QSS Module 1 Quiz Solutions
Module 2: Loops & Statements
In this module, students will learn about arrays and loops in MATLAB. They will cover Array Operations, If & Nested If Statements, followed by the Switch Statement for decision-making. The module also explores Loops such as While Loops & For Loops, along with an introduction to Matrices, Arrays, and Vectors to enhance data manipulation skills.
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Topic 1: Array Operations and If statements
13:36 -
Topic 2: Nested if
07:43 -
Topic 3: Switch Statement
07:23 -
Topic 4: ‘While’ Loop & ‘For’ Loop
25:01 -
Topic 5: Matrix and Arrays
25:00 -
Topic 6: Vectors
37:21 -
MATLAB-SIMULINK QSS Module 2 Quiz
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MATLAB – SIMULINK QSS Module 2 Quiz Solutions
Module 3: Plotting With MATLAB
In this module, students will explore various plotting techniques in MATLAB. First they will be made familiar with Strings & Functions. Following this, they will learn Basic Plotting techniques in MATLAB, including axis scaling, subplots, and bar graphs. Finally, students will delve into advanced visualization methods with Contour Plots & Surface Plots.
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Topic 1: Strings
23:22 -
Topic 2: Functions
26:22 -
Topic 3a: Basic Plotting
11:50 -
Topic 3b: Axis scale, Subplots, Bar Graph
23:56 -
Topic 4: Contour plot and Surface plot
09:19 -
MATLAB-SIMULINK QSS Module 3 Quiz
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MATLAB – SIMULINK QSS Module 3 Quiz Solutions
Module 4: MATLAB – SIMULINK
This module introduces SIMULINK, a graphical programming environment for modeling and simulating dynamic systems. Students will learn how to build models for electric vehicles, set parameters, and conduct simulations to analyze system performance.
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Topic 1: Introduction to Simulink
13:35 -
Topic 2: Building Blocks for Simulink
34:26 -
Topic 3: Block Parameter Settings
08:05 -
Topic 4: Modelling of EV with the SIMULINK and setting Parameters
23:27 -
Topic 5: The Conclusion
10:46 -
Topic 6: Simulating the TATA NEXON EV Powertrain using MATLAB
01:27:23 -
Assignment 1: MATLAB Scripting
Module 5: Understanding QSS Toolbox
This module delves into the QSS toolbox, a tool for quasi-static simulations. Students will learn how to install and set up the toolbox, understand its software architecture, and apply it to EV modeling using case studies.
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Topic 1: Installation of QSS Toolbox
05:27 -
Topic 2: Introduction to the QSS Toolbox
15:33 -
Topic 3: Software Description of QSS Toolbox
18:44 -
Topic 4: Modelling Approach with QSS
24:32 -
Topic 5: EV Project with QSS Toolbox
33:35 -
Topic 6: The Conclusion
15:29
Module 6: Understanding Advisor Toolbox
The Advisor Toolbox is a key tool for vehicle simulations. This module provides a comprehensive introduction to its structure, installation, and how to simulate vehicle performance, with a focus on its capabilities and limitations for EV applications.
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Topic 1: Installation of the Advisor Toolbox.
10:52 -
Topic 2: Introduction to the Advisor Toolbox
20:59 -
Topic 3: Structure of the Advisor Toolbox
22:32 -
Topic 4: Simulation Approach with Advisor Toolbox
23:04 -
Topic 5: Capabilities & Limitations of Advisor Toolbox
20:33 -
Topic 6: The Conclusion
12:25
Module 7: Miscellaneous
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Topic 1: Extracting Data & Simulating Model
43:01 -
Topic 2: QSS Toolbox
29:09 -
Topic 3: Advisor Toolbox
12:48
MATLAB- SIMULINK, QSS & Advisor Toolbox Final Tests:
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MATLAB-SIMULINK QSS Advisor Final Quiz 1
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MATLAB- SIMULINK, QSS & Advisor Final Quiz 1 Solutions
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MATLAB-SIMULINK QSS Advisor Final Quiz 2
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MATLAB-SIMULINK QSS Advisor Final Quiz 2 Solutions
DIY Projects:
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Project 1: Comparative Modeling & Simulation of Electric Vehicles (EV) using SIMULINK, QSS, & ADVISOR Toolboxes
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Congratulations on Successfully Completing the Course!
Earn a certificate
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Student Ratings & Reviews
4 months ago
very informative
Hardware & Software Required
DIY Projects Included
Course Benefits
Technical expertise you will gain
Who can take this course?
Personalized Trainer Support Portal:
At a glance
- 7 Modules.
- 37 Lessons.
- 12.8 hours of Video Content.
- Quiz with Solutions.
- 1 Project Assignment.
- Certificate of Completion.
-
LevelIntermediate
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Duration12 hours 48 minutes
-
Enrollment validityEnrollment validity: Lifetime
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CertificateCertificate of completion
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