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— pantech elearning —
Advance Certification Program in Industry
Electric vehicle Design
a solid foundation in using Matlab for designing and analyzing electrical circuits and systems. to solve real-world electrical engineering problems.
45 Hours Total Length
Starts On May, 26th
Lifetime Access
everything you need to
Become a Successful EV Engineer ?
13+ Core Conepts
30+ Projects
Live / Recorded
Lifetime Access
Community Suported
PPTS & Downloadables
Becoming an EV Engineer
Step by Step
Step by Step Learning Process
Pre-Process & Understanding Electrical Design
Matlab Programming
✓ Introduction to Matlab for beginners
✓ Matrix variables and matrix
✓ Arithmetic operations in Matlab
✓ Scriptwriting in Matlab
✓ How to solve differential equations in Matlab
✓ How to solve algebraic equations in Matlab
✓ Matrix multiplication in Matlab
✓ How to plot sine wave in Matlab
Matlab Simulink
✓ Understand what MATLAB is and its
capabilities in MATLAB
✓ Master the MATLAB Basics with
step-by-step Exercises in MATLAB
✓ Learn simulation of power electronics circuits using Simulink in MATLAB
✓ Understand how to simulate AC-DC and AC-AC converters as half and full bridge rectifiers using Simulink in MATLAB
✓ Learn about different converters principle of operation such AC choppers, DC choppers, inverters and rectifiers
✓ MATLAB can be used for electric vehicle design and simulation, including battery modeling, motor control, and energy management.
Electrical Concepts
✓ MATLAB can be used for renewable energy systems design and simulation, including solar, wind.
✓ Learn about the MCU for EV application and power train modelling and gate driver design.
✓ Understand the concept of solar PV system, types of selection of solar modules,selection of solar inverters
✓ Understand the PV shading effects,non isolated power converter and isolated power converter
✓ Understand the wind energy basics and wind energy power system design.
✓ Understand the Concepts in the renewable energy system
Carrier Based Learning Process
Course Curriculum (45 Hrs)
- INTRODUCTION TO MATLAB SIMULINK
- CREATE 2D ANIMATION IN MATLAB
- LEARN SIMULATION OF POWER ELECTRONIC CIRCUITS USING SIMULINK IN MATLAB
- HOW TO SIMULTE THE AC TO DC CONVERTER DESIGN USING SIMULINK
- HOW TO SIMULATE THE AC TO AC CONVERTERS USING SIMULINK
- HOW TO SIMULATE DC TO DC CONVERTER USING SIMULINK
- HOW TO SIMULATE DC TO AC CONVERTER USING SIMULINK
- SIMULATE DIFFERENT TYPE OF CONVERTERS
MPPT IN MATLAB SIMULINK
- EV DESIGN INTRODUCTION
- FORCES AND POWER CALCULATION ON EV DESIGN
- POWER FACTOR CORRECTION DEVICES
- POWER INVERTER DESIGN FOR EV APPLICATIONS.
- INTRODUCTION TO MOTOR FOR EV DESIGN
- DC MOTOR SPEED CONTROL USING SIMULINK
- 3 PHASE INDUCTION MOTOR CONTROL USING SIMULINK
- SRM MOTOR SPEED CONTROL USING SIMULINK
- INTRODUCTION TO BATTERY MANAGEMENT SYSTEM
- BATTERY PARAMETER AND BATTERY TYPES
- ESTIMATION ON SOC AND SOH
- BATTERY PACK DEVELOPMENT
- LITHIUM ION BATTERY CELL MODELLING.
- POWER MANGEMENT FOR BMS.
- BATTERY THERMAL MANAGEMENT SYSTEM
- VEHICLE MODELLING INTRO
- POWER TRAIN MODELLING
- VEHICLE DRIVE AND CONTROL
- SENSOR CIRCUIT DESIGN FOR EV APPLICATION
- MCU FOR EV APPLICATION
- SPEED ,VOLTAGE,CURRENT INTEGRATION WITH MCU
- GATE DRIVE DESIGN FOR EV APPLOICATION
- ARDUINO BASED INDUCTION MOTOR CONTROL
AUTONOMOUS VEHICLE BASICS AND EV MODEL FABRICATION
- INTRODUCTION TO SOLAR PV SYSTEM
- SOLAR PV PANELS AND MOUNTING STRUCTURE
- TYPES OF SELECTION OF SOLAR MODULES
- SELECTION OF TILT ANGLE , GROUNDING SYSTEM
- PV SHADING EFFECTS, NON ISOLATED POWER CONVERTER AND ISOLATED POWER CONVERTER
- MPPT BASICS AND DESIGN WITH PO ALGORITHM
- MPPT DESIGN WITH IC ALGORITHM
- MPPT DESIGN WITH FUZZY LOGIC
- TYPES OF SELECTION OF SOLAR INVERTERS
- TYPES OF SELECTION BATTERIES IN SOLAR ENERGY SYSTEM
- TYPES OF SELCETION OF CHARGE CONTROLLERS AND THEIR SELCETION TECHQUINES
- DESIGN THE SINGLE LINE DIAGRAM FOR THE PV SYSTEM USING CAD TOOLS
- GATE DRIVE AND SENSOR CICUIT DESIGN
- WIND ENERGY BASIC AND WIND ENERGY POWER SYSTEM DESIGN
- SOLAR PV AND WIND ENERGY SYSTEM INTEGRATION
- DESIGN OF PREOTECTION OF PV SYSTEM
- SOLAR PV POWERED ELECTRIC VEHICLE SYSTEM
- DESIGN AND COMPONENTS OF THE SOLAR WATER PUMPING SYSTEM
- RESEARCH CONCEPTS IN RENEWABLE ENERGY SYSTEM
Want to Become a
Electrical Engineer?
The course provides the entire Knowledge you need to become a data scientist Fill up your resume with in-demand data science tools & skills: Statistical analysis, Python programming with NumPy, pandas, matplotlib, and Seaborn, Advanced statistical analysis, Tableau, Machine Learning with stats models and sci-kit-learn, Deep Learning with TensorFlow
Learn from our graduates
Benefits of Learning Course
> Matlab software and its basic features, such as the command window, workspace, and editor
> earn how to model electrical circuits using Matlab’s Simulink tool, which allows for the simulation of complex systems
> learn how to analyze electrical circuits using Matlab’s built-in tools, such as the Circuit Analysis Toolbox
> how to design and optimize electrical systems using Matlab’s optimization tools and simulation capabilities.
> How to analyze and process signals using Matlab’s Signal Processing Toolbox.
> Techniques and best practices for power electronics circuits, such as converters and inverters, using Power Electronics Toolbox.
>students should have a good understanding of how to use Matlab to solve real-world electrical engineering problems.
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Certification
Meet your Mentor
Malaiappan M
The course is typically offered at the undergraduate or graduate level and is designed for students pursuing a degree in electrical engineering or a related field. The curriculum may vary depending on the specific institution offering the course, but most programs aim to provide students with a solid foundation in electrical design principles and hands-on experience with relevant software tools.
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- 7 + Core Concepts (45 Hours total)
- Available from May, 26th
- Lifetime Access
- 1 Hrs Weekly Mentor Sessions
- Language: English
- Live Sessions with Mentor
Why Bold Academy?
Frequently Asked Questions
Electrical design for Matlab course is a course that teaches students how to use Matlab software for electrical design applications. The course covers topics such as circuit analysis, simulation, modeling, and optimization, as well as control systems design.
The prerequisites for electrical design for Matlab course may vary depending on the institution or program offering the course, but typically include a strong foundation in mathematics and electrical engineering concepts, as well as proficiency in Matlab programming.
- Some topics covered in electrical design for Matlab course may include:
- Circuit analysis and simulation using Matlab
- Modeling and optimization of electrical systems using Matlab
- Control systems design using Matlab
- Power electronics design using Matlab
- Signal processing and communication system design using Matlab
Completing electrical design for Matlab course can open up a range of career opportunities in fields such as electrical engineering, electronics, control systems, and telecommunications. Some job titles that graduates may pursue include electrical design engineer, control systems engineer, power systems engineer, telecommunications engineer, and electronics engineer.
Yes, there are many online resources available for electrical design for Matlab course, including tutorials, videos, and online courses. Matlab also provides extensive documentation and examples that can help students learn and apply electrical design concepts using Matlab software.
Anyone with an interest in electrical engineering and Matlab can take electrical design for Matlab courses. The courses are typically designed for undergraduate or graduate students in electrical engineering or related fields.
The primary software required for electrical design for Matlab courses is Matlab. Some courses may also require additional software for specific applications or projects.
Electrical design for Matlab courses cover a range of topics, including circuit analysis, signal processing, control systems, power electronics, and digital signal processing.
The skills learned in electrical design for Matlab courses can be applied to a wide range of fields, including electrical engineering, electronics design, signal processing, control systems, and power electronics. Graduates with these skills can find jobs in a variety of industries, including aerospace, automotive, and telecommunications.
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