The top 3 Motor Vehicle courses you need to take

1. Electric Vehicle Battery Charging Motor Components - Basics

4.3

(425)

Lithium Ion Battery and Battery Management System for an EV is a BASIC course on Electric Vehicle operation, Components, Batteries and its types. This course covers working principles of all the components used inside an Electric vehicle. A new comer, EV enthusiast, EV owner, Business owners, Managers, Students, professionals, hobbyists should take up this course if they have even 1% interest in Electric Vehicles. An industrial perspective has been added to this course to make it very real to connect Universities to Industries. It is a combination of theory, quizzes, Practical examples and mathematical calculation assignments. This course introduces you to the Electric vehicle world and discusses each and every component inside it in big detail. EVSE, BLDC Motors, Motor Controllers, DC-DC Converters, Chargers, Power train concepts are discussed with very simple understanding. In depth coverage of Lithium ion batteries is done in this course which shares approximately 40% cost of an Electric vehicle. It includes various Chemistry of Lithium ion batteries like NMC, NCA, LFP, LTO, Solid state batteries and many more. Battery pack connections and assembly is a key part in Batteries. I have tried to cover various Cell configurations to develop your own battery pack in a very simple language. This course covers Battery Management System from the basic level. You will learn about various features of BMS in more detail. It covers Cell balancing, State of Charge estimation, coulomb counting and Kalman Filters. This Course also helps you to select an appropriate IC for designing a Battery management system. Thermal management system is the most critical part for an EV battery. This course discusses various techniques used in the industry for cooling an Electric vehicle battery Pack...

2. Electric Motor Design for Electric Vehicle's - Advanced

4.4

(352)

The participant will be able to understand the power train level targets to be met by automotive manufacturers in the upcoming years and its effect on development of E motors. Electric Drive system TargetsCO2 footprint and driving forces for electrification. This section will discuss on various measures taken by the research team of Nissan motors for improved electric powertrain performance and efficiency. Evolution of Nissan Leaf - 2011 to 2013 to 2018Interior PM Magnet Motors and Induction MotorsMagnet Arrangements & Impacts on Motor PerformanceReduction of rare earth elements for motor magnetsPhysical Design Changes for Efficiency ImprovementLight Weight design and manufacturing Techniques for EV propulsion motorsSystem Integration & Impacts on NVHSensitivity Analysis & NVH OptimizationNVH Optimization and its Effects on motor torque & acceleration performanceHarmonic Content of Radial Force DensityOptimization of Slot, slot liner, Poles & WindingThe General Motors Cadillac Hybrid uses Two motors for the powertrain. Induction and PMSM Motors. Here the participants will be able to understand the background of this motor selection strategyImpacts on Efficiency of motor and inverter systemUnderstanding the usage profile of the Induction and PMSM Machines for Hybrid Vehicle applicationsStrategies for torque ripple reduction of the induction and PMSM drivesThis section focuses on the key sensor technology applied by the automotive manufacturers in their electric and hybrid vehicle powertrains. Advanced Sensor applications for Better Control of EV's and HEV'sSelection Criteria for Position sensorsSensor mounting methodologies and its significance on accuracySensor Angle Calculation and Error DefinitionComparison of Peak to Peak mechanical angle errorExemplary illustration of a resolver rotor position signal processing system...