Specialization based EV Training Program I Certified EV Training Program by ASDC

About Specialization based EV Training Program

If you are looking to have subject-based skills in EV, These training programs are the best EV training program in India. Specialization in Electric Vehicle programs is certified EV Training programs by ASDC and recommend and endorsed programs for Jobs in Electric Vehicle field by SMEV –Society for Manufacturers of Electric Vehicle and NITI Aayog, Govt. of India.

After online training, ASDC will conduct an online exam / Assessment for the same. As soon as you will be certified by ASDC you will be eligible to many EV Industries globally to apply for jobs. Although ASDC and ISIEINDIA will also give you 100% placement assistance in this program. 

Various Specialization Courses in EV

Advance Electric Vehicle Design

ADVANCE ELECTRIC VEHICLE DESIGN

Program outcomes :

  • Learning about Vehicle Architecture, Setup, Block Diagram, Energy Fellow for EV.
  • Learn how to Simulating vehicle operation on Matlab Simulink via Powertrain block arrangement.
  • Study Charging System and its Technologies.
  • Vehicle Dynamics that contain Steering, Braking, Steering Selection norms, and calculation, Wheel dynamics, and Suspension system
  • How to Evolving a Monocoque Chassis in CAD.
  • How to do Verification and Validation
  • Study Design and analysis of Chassis

BMS & Energy Storage in EV

BMS & ENERGY STORAGE IN EV

Program outcomes:

  • Learn the different types of Energy storage Devices and their construction, Energy Management, and optimization.
  • Deep /detailed know about Lithium Battery Development.
  • How not to and how to build/select the right Battery pack for an EV/HEV.
  • Study how energy flows inside an Electric and Hybrid Vehicle and Vehicle
  • Improve Vehicle Performance and Fuel/Energy Consumption.
  • Battery Management System, Energy Management Governor Tactics, and Power Electronics.
  • Mathematical Modelling, Thermal Analysis, etc.

EV Design and Development- Specialization

EV DESIGN AND DEVELOPMENT

Program outcomes:

  • Studying about Vehicle Architecture, Operation, Block Diagram, Energy Fellow for EV
  • Study of how to Simulating vehicle setup on Matlab Simulink using Powertrain block setup.
  • Learn Charging System and its Technologies.
  • Prospect and Reality of EV.
  • Vehicle Dynamics include Steering, Braking, Steering Selection norms and calculation, Wheel dynamics, and Suspension systems.
  • How to Evolving a Monocoque Chassis in CAD.
  • How to do Verification and Validation

EV Powertrain Architecture and Energy Storage System

ELECTRIC POWERTRAIN
AND MODES

Program outcomes:

  • Learn Inside Hybrid and Electric Vehicles i.e. Construction, Power Fellow, Vehicle Architecture
  • How NOT to, and how to build/select the right Battery pack for an EV/HEV
  • Learn how power flows inside an Electric and Hybrid Vehicle and Vehicle Architecture Study in what way power flows inside an Electric and Hybrid Vehicle and Vehicle Architecture.

Machine Learning & Data Science- Its Application to EV

MACHINE LEARNING & DATA SCIENCE - ITS APPLICATION TO EV

Program outcomes:

  •  Introduction to Machine Learning
  •  Classifications of Machine Learning
  •  Data Processing & Acquisition
  • Introduction of Python
  •  Basics of Python
  •  Python Libraries
  •  Data Processing
  •  Stochastic Gradient Descent Algorithm
  •  Regression Algorithm

Motor Selection, Design and EV Industry Prospects

MOTOR SELECTION, DESIGN AND EV INDUSTRY PROSPECTS

Program outcomes:

  • Development of Electric Vehicle with time
  • EV market study and policies.
  • Various EV Architecture based on application.
  • The calculation for powertrain component selection.
  • Motor types available and selected based on performance criteria
  • Motor Design Parameters and Simulation
  • Energy Consumption of Motor

EV Battery Pack Design

EV BATTERY PACK
DESIGN

Program outcomes:

  • Types of cells based on chemistry and shape.
  • Cell parameters and datasheet
  • Cell Characteristics for charge and discharge
  • Range calculation
  • Cell Sorting
  • Type of welding to opt for
  • Self Balancing for a pack

Battery Thermal Management and Safety

BATTERY THERMAL MANAGEMENT AND SAFETY

Program outcomes:

  • You will have a better understanding of Aero-dynamics and Drag Calculation
  • You will have a clear understanding of CFD.
  • You will know the process to define a CFD problem
  • You will learn the process to conduct mesh generation for CFD
  • You will learn the process to conduct CFD simulation

EV Charging Protocols & Challenges

EV CHARGING PROTOCOLS AND CHALLENGES

Program outcomes:

  • Charging methods
  • Learning about charging protocols
  • Charging Systems
  • EV Charging Station
  • Roadmap, Challenges & Policy
  • Charging Test Criteria and Regulations
  • V2G and G2V Technology

Aerodynamics of Vehicle Design

AERODYNAMICS OF VEHICLE
DESIGN

Program outcomes:

  • You will have a better understanding of Aero-dynamics and Drag Calculation
  • You will have a basic knowledge of CFD.
  • You will recognize the procedure to define a CFD problem
  • You will study the procedure to conduct mesh generation for CFD

Electric Machine design and Industry Prospects

ELECTRIC MACHINE DESIGN & INDUSTRY PROSPECTS

Program outcomes:

  • EV Market and Sales
  • Components; Trends and Growth
  • Parallel Hybrid
  • Series Hybrid
  • Series Parallel
  • Fuel Cell EV

DIPLOMA PROGRAM - EMBEDDED SYSTEM

Program outcomes:

  • Introduction to Embedded Systems
  • Mathematical model building
  • Microcontroller
  • Python