Your Competent Partner for Powertrain Simulation and Development

POWERTECH Engineering

A relevant experience in powertrain development.

Established in 2007, POWERTECH Engineering (shortened to PWT) is an independent consulting firm, providing CAE simulation services to the automotive and transportation industry.
A broad experience in powertrain research, a continuously updated know-how and the best-in-class simulation instruments are our guarantee for the satisfaction of customers’ needs.
By means of our engineering activities, we are directly involved in the automotive industry’s R&D effort for clean mobility solutions: the development of reliable simulation tools and methodologies for hybrid, electric or hydrogen-powered vehicles is our focus and objective.

More

What we do

1D Powertrain and Vehicle Simulation

More

3D-CFD Analysis

More

SiL/HiL & Real-Time modeling

More

Training

More

Our markets

Automotive

Automotive

Marine

Marine

Motorcycle

Motorcycle

Aerospace

Aerospace

Energy

Energy

We are PWT

We help our customers with cutting-edge CAE powertrain simulation.

We support the development process of internal combustion engines, hybrid powertrains and electric drives.

We have an extensive experience in tackling complexity.

We work with our customers side-by-side.

We keep an open eye on future mobility trends with a focused awareness.

We collaborate with some of the most renowned international research institutions.

Latest news

PWT at SIA PW&E // Rouen 2022

We are glad to announce that PWT will be a proud sponsor of the upcoming conference Société des Ingénieurs de l’Automobile POWERTRAIN & ENERGY // Rouen 2022. We…

Read more

New Piston Bowl for Diesel Engines

Don’t miss our co-author Salvatore Roggio’s presentation at the upcoming WCX 2022 conference in Detroit, about the numerical and optical analysis of an innovative piston bowl for…

Read more

Vehicle Thermal Management Models

The development of vehicles and powertrains requires a significant effort for the optimization of the system as a whole. State-of-the-art vehicle performance can only be…

Read more