Professional Course in
Advanced EV System and Dynamics
Duration – 48 Hours Mode of Delivery – ILT Sessions / PhysicalCourse Overview
This industry-focused program equips engineering teams with essential skills in electric vehicle (EV) architecture, powertrain engineering, and battery management. With EV adoption accelerating, the course helps organizations transition from ICE to EV technologies through a practical, simulation-based approach.
Target Audience
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Engineers transitioning from ICE to EV technologies
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Early career professionals in the EV sector
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Experienced automotive engineers looking to upskill in EV systems
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R&D and product development teams in mobility and powertrain domains
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Program Managers overseeing EV projects
Objectives
To understand the architecture of electric vehicles, including the function and integration of traction motors, batteries, power electronics, and thermal management systems in overall vehicle performance.
To analyze various battery technologies such as lithium-ion, assess performance characteristics, and apply battery management strategies to ensure safety, efficiency, and durability.
To develop and simulate electric drive systems by applying motor control techniques like Field-Oriented Control (FOC) and Direct Torque Control (DTC), and design key power electronics components using tools like MATLAB Simulink.
To explore emerging advancements in EV technology, including solid-state batteries, Vehicle-to-Grid (V2G) systems, next-generation powertrains, and sustainable battery recycling methods.
Course Modules
EV Components and Systems
Basics of Electric Vehicle Technology
Case Studies and Practical Insights
Introduction to Battery Technology
Electrochemistry of Batteries
Materials Used in Battery Cells (Materials used in Li-ion Battery)
Battery Management Systems (BMS) – Hardware
Battery Management Systems (BMS) – Software
Battery and BMS Integration
E-Axle Systems for an EV
Motor Fundamentals for PMSM
PMSM Control Strategies
PMSM Control Strategies – Advanced
Traction Inverter
DC – DC Converter
On-Board Charger
Drive train Components
Job Roles
EV System Engineer
Powertrain Design Engineer
Battery Integration Specialist
BMS Hardware/Software Engineer
Inverter and Power Electronics Engineer
Automotive Simulation Engineer
EV R&D Specialist
Thermal Systems Engineer