Course overview
Motors are not something new, but if you see closer to traction needs: criticality in terms of energy density, range of operation, efficiency, durability, compactness, thermal control, operating environment, longer life, the continually varying load is just over the general requirements of a usual motor.
This course will help you learn the fundamentals of electromagnetism for motors, different types of motors, their construction, traction characteristic curves, technical know-how to read a motor datasheet, comparisons of motors used by OEMs, and the lifecycle of motor development such as Simulation (Magnetism, Thermal, Noise & Mechanical), prototyping, testing of motors
Please refer to the detailed course content in the below section.
Certificate of achievement

Course curriculum
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Course Access
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The course plan
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Pre course survey
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Fundamentals of Electromagnetism
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Parts of a BLDC Hub motor - Real motor demo
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Parts of a BLDC Non-Hub motor - Real motor demo
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Before you go to next lesson
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Motor types
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BLDC
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PMSM
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Induction motors
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Torque characteristics
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Power characteristics
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Efficiency characteristics
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Summary of other characteristics
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Motor data sheet reading
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References from the EV Simulation model
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Nissan Leaf
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Tesla models
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Tyre 2 Integrated offerings
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About this course
- ₹899.00
- 28 lessons
- 0 hours of video content