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EV Technology

Er Yogendra Singh Rajput December 12, 2025
EV Technology 2-Day Workshop Syllabus

EV Technology Masterclass

A Comprehensive 2-Day Workshop on Electric Mobility. Master Battery Chemistry, BMS, Motor Control, and Charging Infrastructure.

2 Days Intensive Workshop

Battery Pack

Design Li-ion packs with thermal management and BMS.

Powertrain

Understand BLDC/PMSM motors and traction inverters.

Charging

Fast charging protocols, EVSE standards, and Grid integration.

Workshop Requirements

Laptop (Min 4GB RAM)
Basic Electronics Knowledge
MATLAB/Simulink (Optional)
Scientific Calculator
1

Day 1: Architecture & Energy Storage

S1: EV Intro

  • ICE vs EV Architecture
  • Types of EVs (BEV, HEV, PHEV)
  • Global EV Market Trends
  • Vehicle Dynamics Basics

S2: Battery Tech

  • Li-ion Chemistry (NMC vs LFP)
  • Cell Formats (Cylindrical, Pouch)
  • Energy Density vs Power Density
  • Pack Assembly Techniques

S3: BMS Design

  • Role of Battery Management System
  • Cell Balancing (Active vs Passive)
  • SOC & SOH Estimation Algorithms
  • Thermal Management (Liquid/Air)

S4: Electric Motors

  • BLDC vs PMSM vs Induction
  • Torque-Speed Characteristics
  • Motor Sizing Calculations
  • Regenerative Braking Concepts
2

Day 2: Power Electronics & Charging

S5: Power Electronics

  • Inverters (DC to AC)
  • DC-DC Converters (Buck/Boost)
  • On-Board Chargers (OBC)
  • IGBT vs MOSFET Switching

S6: Motor Control

  • Field Oriented Control (FOC)
  • PWM Switching Techniques
  • Controller Architecture
  • Tuning Motor Parameters

S7: Charging Infra

  • AC vs DC Fast Charging
  • Charging Standards (CCS, CHAdeMO)
  • EVSE Communication (OCPP)
  • Battery Swapping Tech

S8: Future Trends

  • Vehicle-to-Grid (V2G)
  • Homologation & Safety Stds
  • EV Retrofitting Kits
  • Autonomous Driving (ADAS)

Live Demos by Trainer

See EV technology in action:

BMS Simulation

Visualizing cell balancing and protection logic.

Motor Control

Controlling BLDC motor speed using a throttle.

Pack Designing

Calculating series/parallel configuration for 48V pack.

Charging Handshake

Decoding the communication between EV and Charger.

🚀 Projects You Will Design

Battery Pack Sizing

Design a 2kWh pack for an E-Scooter with thermal calcs.

Motor Selection

Calculate required torque/power for vehicle weight.

Charging Station

Layout design for a public EV charging hub.

Ready to electrify your career?

Download the complete, detailed 2-page syllabus PDF.

Keywords:

EV Technology Workshop, Battery Management System Course, Electric Vehicle Design, Li-ion Battery Training, Charging Infrastructure Syllabus, Motor Controller Design.

Hashtags:

#EVTechnology #ElectricVehicles #BMS #BatteryTech #GreenMobility #AutomotiveEngineering #TechCareer #StudyForNext #FutureTech

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This content is created for educational and training purposes only. The syllabus structure and design are intellectual property of Study For Next. Any unauthorized reproduction or commercial use without permission is prohibited. If you have any issues regarding this content, please contact us directly.

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