VEHICLE E-POWERTRAIN INTEGRATION

In a context of massive electrification and hybridization of different means of transport, this training program sheds light on the dynamics of these systems.

TRAINING PROGRAM PRESENTATION

Goals
Understand the dynamic behavior of an E-powertrain
Understand the NVH specificities of E-powertrain integration
Interpret, analyze & build integration SOWs
Lead an E-powertrain integration process

Participant profile
NVH teams who design, develop or integrate E-powertrains

Prerequisites
Basic knowledge of structural acoustic radiation
Basic knowledge of structural dynamics
Basic knowledge of automotive architecture

Program (based on case studies, alternating theory & application exercises)
E-powertrain NVH behavior
Experimental methods to quantify E-powertrain NVH indicators
Numeric methods to quantify E-powertrain NVH indicators
E-powertrain contribution to global vehicle NVH
E-powertrain structure- & air-borne noise contributions
Vibration isolation design: principle, geometry & elastomer mount dynamic stiffness
Review of E-powertrain integration designs

Evaluation in the form of a quiz

Sessions (14 hours)
23-24 November 2021
28-29 June 2022
13-14 December 2022

Registration / cancellation up to 15 days before each session. Training material, breaks & lunches included. Based on real-life applications, alternating theory and application exercises.

This training program can be organized on demand, on-site worldwide for clients who wish to train groups of employees together, focusing on their specific field / job function.

If you have a sensory or motor deficit, please contact us to discuss compensation options.

VibraTec is accredited with the French government, and is referenced with DataDock (Qualiopi certification ongoing): French companies can benefit from professional training funds.