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- Understanding Mobility And Its Evolution
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- Mobility Urban Forms And Ways Of Life
- Electric Mobility: Specifications And Evolution
- Electric Mobility And Environmental Impact Reduction
- Life Cycle Assessment
- Economic Analysis: Tools And Concepts
- Electric Mobility And Infrastructure: Technical And Economical Dimensions
- Electric Mobility Today
- Prospective: The Road To Electrification
- Electric Mobility, Connected Mobility And Autonomous Mobility
- Systems Integration And Analytical Tools
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- Vehicle Development Process Overview
- Requirements Development
- Hybrid Components And Architectures
- Major Components In Hybrid Powertrain
- Controls Integration
- Component Sizing And Integration Tradeoffs
- Hybrid Architecture Overview
- System Design And Development Considerations
- Vehicle Integration (Ex. Performance, Drivability, NVH)
- Powertrain Integration (Ex. Energy, Power, Efficiency, Torque, Thermal Management)
- HV/LV Electrical Systems (Ex. Safety, DC/AC Voltage, Charging System, Efficiency, Cables, Connectors, Fuses,
- Chassis (Ex. Braking, Vehicle Dynamics, Powertrain To Chassis Dynamics, Ride And Handling, Steering, Fuel System)
- Displays/Information (Ex. Messages, Information Aids, Usage Efficiency Aids)
- HVAC (Ex. HV Compressor, HV Heater, Cabin Comfort, Efficiency Considerations)
- Verification And Validation Considerations
- Verification And Validation Test Requirements And Planning
- Component Test Considerations
- System Test Considerations
- Fleet Testing
- Safety, Testing, Regulations, And Standards
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- Standards Roadmap For Electric Vehicles
- SAE Standards
- Arai Standards
- Performance & Safety
- Applicable Battery Standards
- Battery Safety
- Battery Transportations
- Charging Standards
- FMVSS
- Governing Bodies For Regulation
- Certification Requirement & Options
- Battery Characterization & Cycle Testing
- SAE J1772 Charge Protocol
- Assumptions
- Battery Technology
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- Introduction To Battery Technology
- Battery Chemistry
- Cells & Strings
- Nomenclature
- Introduction Of Lithium-Ion Batteries
- Various Chemistry Of Lithium Polymer Batteries
- Cathode & Anode Aging
- Fault Detection Of Li-Ion Batteries
- BMS
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- Introduction Of BMS
- Characteristics Of BMS
- State Of Art BMS For EV
- BMS Design
- Requirement Of BMS
- Topologies Of BMS
- Algorithm Of BMS
- Requirement Of Cell Balancing
- Type Of Cell Balancing Techniques
- Estimation Of Battery System Cell Module
- System Level Performance Monitoring
- Techniques To Improve Maximum Battery Life
- Calculation Of Battery Packs
- Governing Equation And Calculation Of Battery Capacity
- Thermal Management Analysis Of Battery
- Battery Casing Design
- Design, Modeling And Simulation Of Li-Batteries
- Connections And Wiring Harness Of Battery
- Charging And Discharging Test
- Manufacturing Procedures And Construction Of Li-Ion Batteries
- Energy Management Strategies And Its General Architecture
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- Rule And Optimization Based Energy Management Strategies
- Energy Management Strategies Based On Deterministic Rules
- Energy Management Strategies Based On Fuzzy Rule Base
- Energy Management Strategies Based On Global Optimization
- Energy Management Strategies Base On Real Time Optimization
- Charging AC/DC
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- Introduction Of Chargers
- Introduction Of EVSE Technologies
- Charger Topologies
- Charging Frequency
- Charging Duration
- Charging Networks
- Charging Expenses
- Wireless Charging
- AC-DC Charging Stations
- Equipment For Charging Stations
- DC Fast Charging
- V2G Power Transfer
- Protocol And Algorithm For Power Transfer
- Design Of Charging System
- Analysis Of Charging System
- Motors
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- DC
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- Introduction
- Topologies
- Comparison Between Brushed And Brushless
- Calculation For EV Machines
- BLDC
- Torque Calculation
- Torque Dependencies
- Electrical And Magnetic Loading
- Dimensional Analysis
- Output Calculation
- Modeling Of BLDC Motor
- Coils And Windings
- Control Strategy Of Motor
- Controller Topologies
- State Of Art Controller Technology
- Thermal Management
- Cogging
- Manufacturing
- AC
- Introduction
- Skewing
- Design And Analysis
- Modeling
- Manufacturing
- Thermal Management
- LABVIEW Basics
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- Debugging in LABVIEW
- Creating Arrays in LABVIEW Software
- Controller
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- Convertors
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- Introduction
- Power V/S Linear Electronics
- Convertors
- IGBT
- Power MOSFET
- Design Of DC-DC Convertor
- Modeling Of DC-DC Convertor
- Performance Analysis
- Thermal Analysis(FEA/LP)
- Close Loop Control Signal Approach
- Small Signal Analysis
- Linearization Techniques
- Concepts Of Power Convertor
- Controller Design Techniques For Voltage And Current Loop
- Invertors
- Introduction
- Voltage Source Invertors
- Switching Mechanism And Constraints
- Governing Equations
- Controller Strategies
- Open Loop Invertor Circuit Design
- Concept Of DC Link
- Topologies For Switch Selection
- Need Of Filters
- Closed Loop Design And Development
- Concept Of Various Linearization Techniques
- Various Transformer Techniques
- Need Of Controller Tuning
- Introduction To MPPT Integration
- Current Mitigation Techniques
- Fault Handling Capabilities (LVRT/HVRT)
- Galvanic Isolation Concepts
- EMI/EMC
- Introduction Of Computational Electromagnetism
- Serious EMC Issues
- Overview Of Industry EMC Standards
- Governing Equation
- Sources Of Emi
- System Compatibility
- Requirement Of EMC
- Convertor And Invertor Modeling For Emi/EMC Analysis
- Application Of CEM In Power Convertor Design And Emi/EMC
- Extraction Of Stray Parameters Using Q3D And HFSS
- Modeling And Simulation Workflow Inn Q3D
- EMI/EMC Simulation Workflow
- Overview Of EMI Aware Design Process
- Challenges And The Role Of Simulation In EMI/EMC Aware Design
- LISN Modeling And Circuit Simulation
- Noise Spectrum Analysis And Post Processing
- CAN
- Introduction To CAN Communication
- Data Logging
- CAN Bus
- Nodes
- Overview Of J1939
- Overview Of CAN H & CAN L
- Power Transmission
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- Overview Of Drive Train
- Component Of EV Drive Train
- Advantages Of EV Power Train Over Ice
- Traction Motors And Drives
- Performance Of Traction Motor
- Losses Of Traction Motor
- Force Calculation
- Vehicle Kinematics
- Governing Equation
- Traction Drive Control Algorithms
- Maximum Torque Per Ampere
- Maximum Torque Per Voltage
- Field Weakening Control
- Design Analysis Of Control Mechanism
- Introduction Of Drive Cycles
- Modeling Simulation And Analysis Of Drive Train
- Vehicle Dynamics
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- Fundamentals Of Vehicle Dynamics
- Fundamentals Of Aerodynamics
- CG Calculation
- Acceleration
- Braking
- Suspension
- Steering
- Wheels And Tires
- Vehicle Ergonomics
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- Seat Design
- Body Design
- Night Visibility
- Human Factors
- Case Study Of Design Of BEV
- Recommended Software To Be Used
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- CREO 5.0
- FLOW MASTER
- NASTRAN
- LOTUS
- Q3D
- HFSS
- PROTEUS
- MAPLE SIM
- GREEN BOX
- SCILAB
- MAGNET
- ARDINO
- ADAMS
- SOLID WORKS
- CATIA
- ANSYS WORKBENCH
- ANSYS FLUENT
- ANSA
- HYPERMESH
- LS DYNA
- RADIOSS
- OPEN FOAM
- GT SUITE
- MATLAB
- SIMULINK
- PYTHON
