Enablement/Training
Empowering the Next GenerationÂ
Our commitment to electric mobility extends to education. We offer comprehensive training programs for students and corporate professionals alike. Join us to gain the knowledge and skills required to excel in the dynamic world of electric vehicles.
LEVEL A
TOOL TRAINING
LEVEL B
EV INDUSTRY SOLUTION TRAINING
LEVEL C
DOMAIN SPECIFIC
LEVEL D
CAPSTONE PROJECTS
LEVEL A - TOOL TRAINING
Mechanical Design
Design the base part
Create Parametric design
Create Surface Geometries
Design of Sheet metal parts
Design of Functional parts
Create Component Family
Define and use of Smart Mechanical Compoents
Work with power copy
Check the part manufacturability
Analyze the weight of assemblies
Create Drawings
Model Based Systems Engineering
Introduction to Dymola Behaviour Modeling
Logical and Functional Design
Using Modelica Libraries
Master Exercise: Create the Elevator Model
Behaviour modelign of Servo System
Behaviour Experience of Control System
Structural Anlaysis
Finite Element Analysis & its Applications
1D, 2D & 3D Elements, Meshing
Material Properties
Connections & Contact properties
Loads & Boundary Conditions
Results & Visulization
Manufacturing Process Planner
Introduction to Smart Manufacturing
Creating Manufacturing Bill of Materials (MBOM)
Creating Groups
Reusing the Manufacturing assembly structure
Managing the mulit model
Reviewing the Product build-up
Balancing the Assembly Line
LEVEL B - EV INDUSTRY SOLUTION TRAINING
Vehicle Packaging
Package Ideation
Size and Proportion
Occupant Packaging
Power train packaging
Wheels & Tires
Suspension & chassis
Body Structure
Vehicle System Architecture
System Modeling for Electric Drive TrainÂ
Logical and Functional Design
Define and Review functional architecture
Verify solution to concept through simulation
Electrical 3D Systems
Connectors & Bundles
Chassis & Suspension
Design of Manufacturing & Assembly of Suspension components
Kinematic & Compliance of Suspension System
Durability Analysis
Light Weight EngineeringÂ
Body Structure EngineeringÂ
Introduction to Body-in-White
Design of sheet metal & forged components
Design against NCAP regulation and Crashworthiness
Modal Analysis of BIW