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EV Technology Courses

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3D CAD Modeling

8051 Microcontroller

ADAS

ADC for Sensors

Advanced Battery Systems

Advanced BMS Algorithms

Advanced Motor Control for EVs

Advisor Toolbox

Alternative Energy Systems

Amplifiers

ANSYS APDL Scripting

ANSYS Powertrain Modeling

ANSYS Simulation

ANSYS Workbench Interface

Arduino Programming

ARM Cortex-M4

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Clipper Circuits

Closed Loop Control for Converters

Communication Stack

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Contact and Buckling Analysis

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Control Systems for EVs

Customization and Automation in ANSYS

Data Analysis

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DC Motors and Drives

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Design of Experiments (DOE)

Digital Electronics

Discrete Control Systems

E Mobility Industry Ecosystem

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Electric Motors Fundamentals

Electric Vehicle Assembly

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Electric Vehicle Integration

Electric Vehicle Simulation

Electric Vehicle Technology

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Electric Vehicles

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Embedded C Programming

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EV Charging Technology

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EV Powertrain Integration

EV Safety & Regulations

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EV Traction Motors

Fault Diagnosis and Protection

FCEVs vs BEVs

Finite Element Analysis (FEA)

FlexRay

Fuel Cell Stack Optimization

Geometry Handling in ANSYS

Heat Transfer Analysis

Heavy Vehicle Systems

High-Performance Computing (HPC)

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Hydrogen Fuel Cell Technology

Hydrogen IC Engines

Hydrogen Powertrain Design

Hydrogen Safety and Storage

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ICE - EV Transition

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Implicit and Explicit Analysis

Induction Motor Control

Induction Motor Modeling

Inverted Pendulum Modeling

Inverter-Fed Drives

Isotropic and Orthotropic Materials

Kalman Filtering for SoC/SoE

Lane Departure Warning System

Lane Detection Algorithm

Li-ion Battery Systems

Li-ion Battery Technology

LIN Protocol

Loops & Statements in MATLAB

LQG Controller Design

Magnetic Circuits

Material Properties in FEA

MATLAB

MATLAB & Simulink for EVs

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MATLAB Essentials

MATLAB for Battery Modeling

MATLAB for Electric Vehicles

MATLAB Powertrain Simulation

MATLAB Simulations

Mechanical Design Certification

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Modular Automotive Systems

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Motor Selection and Drive Integration

Motor System Design

Motor Systems

Multi-Level Inverter Design

Multiphysics Simulations

Nodes and Elements

Nonlinear Analysis

Parametric Studies and Optimization

PID Regulator Design

Plotting with MATLAB

Power Electronics

Power Electronics for EVs

Power Electronics for Motor Drives

Powertrain Integration with BMS

Powertrain Safety Standards

Proteus Simulation

PWM for EVs

Python for Engineers

Python Libraries

Python Programming

QSS Toolbox for EVs

R&D Engineering Applications

RADAR and LIDAR Sensors

Real-time Operating System (RTOS)

Real-Time Simulation

Real-time Systems

Rectifiers

Regenerative Braking

Regenerative Braking Systems

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Simscape Toolbox

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SIMULINK EV Modeling

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SoC/SoE Algorithm & Analysis

SoH/SoP Estimation Techniques

Solar PV Charger Simulation

SOLIDWORKS Training

SPI

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State-of-the-Art Battery Materials

State-Space Representation

Static Structural Analysis

Steady-State and Transient Thermal Analysis

Stepping Motors

STM32 Programming

Structural Analysis in ANSYS

Suspension System Design

Sustainable Development

Sustainable Transportation

Synchronous Motors

System Identification Toolbox

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Thermal Management in Powertrain

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Torque Production

Two Wheeler Design

UART

UN SDGs

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Vehicle Electrification

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Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology

16 hours 6 minutes
Intermediate

No ratings yet

₹4,000.00

evtutor

Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology

16 hours 6 minutes
Intermediate
No ratings yet

evtutor

eMobility Academy offers specialized courses in Electric Vehicle technology, empowering learners with hands-on skills and knowledge to excel in the E-Mobility industry.

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Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology

Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology