The coming decade is expected to be the decade of the fully electric car… The International Energy Agency cites that by 2020 up to 20 million electric vehicles will ply the road, a number that is expected to go up to 70 million by 2025. Countries around the world are waking up to the potential of e-mobility.
- Learn – Practice – Implement – Grow
- Offline videos, Online support through forums when you practice Assignments.
What we are teaching is a year of experience on Matlab, You could reduce your research time and learn on 30 days.
- All Video access for 60 days
- Download all source code
- 1 Month Internship e Certificate
- 10+ Projects
What do you learn in this Master Class?
Day -1 : Matlab – Simulink Introduction
Day -2: Electric Vehicle Introduction
Day -3: Forces on EV Calculations
Day -4: Power for EV Calculations
Day -5: Introduction to Power Electronics
Day -6: Power Converter Design -1
Day -7: Power Convert design – 2 Using MATLAB Simulink
Day -8: Inverter Design MATLAB Simulink
Day -9: Introduction to Electric Motor MATLAB Simulink
Day -10: DC Motor Speed Control MATLAB Simulink
Day -11: BLDC Motor Control MATLAB Simulink
Day -12: AC Induction Motor Control MATLAB Simulink
Day -13: PMSM Motor Control MATLAB Simulink
Day -14: SRM Motor Control MATLAB Simulink
Day -15: Introduction to Battery Modelling MATLAB Simulink
Day -16: Battery Management System
Day -17: SOC Estimation
Day -18: Battery Protection
Day -19: Simscape Introduction
Day -20: Simscape Fundamentals
Day -21: Vehicle Modelling Intro
Day -22: Power Train Modelling
Day -23: Vehicle Drive and Control
Day -24: MCU for EV Application
Day -25: Protocols for EV Application
Day -26: Sensor Circuit Design for EV Application
Day -27: Gate Drive Design for EV Application
Day -28: Arduino Based Induction Motor Control
Day -29: EV Model Fabrication Design
Day -30: EV Model Vehicle Fabrication
EV Masterclass - Orientation
Day 2 - Vehicle Dynamics Driving Syneario
Day 3 - Forces on EV Calculations
Day 4 - Power for EV Calculations
Day 5 - Introduction to Power Electronics
Day 6 - Power Converter Design
Day 16 - Battery Management System
Day 17 - SOC Estimation
Day 18 - Battery Protection
Day 19 - Simscape Introduction
Day 20 - Simscape Fundamentals
Day 21 - Vehicle Modelling Intro
Day 22 - Power Train Modelling
Day 23 - Vehicle Drive and Control
Day 24 - MCU for EV Application
Day 25 - Protocols for EV Application
Day 26 - Sensor Circuit Design for EV Application
Day 27 - Gate Drive Design for EV Application
Day 28 - Arduino Based Induction Motor Control
Day 29 - EV Model Fabrication Design
Day 30 - EV Model Vehicle Fabrication
Very helpful content. Great learning experience. Spacial thanks to instructor.
The course is very much useful for me.thanks for giving this great opportunity.
Good connection b/w theory and simulation ,ending with your design EV is a good approach.
The course is well explained by the Instructor and syllabus for the 30 days internship is awesome.
The internship is really amazing with classes with basic concept. but after completing the internship. internship certificate is not provided immediately it can't be added in my curriculum and in my degree