June 2–3, 2027
Messe Stuttgart, Germany

VTW Content Program 2027

Experience. Intelligence. Validation. Powertrain. Under One Roof.


Vehicle Technology Week (VTW) brings together the full lifecycle of modern vehicle development as the industry undergoes its architectural transformation toward software-defined, intelligent, and electrified platforms.

VTW unifies four strategic conference tracks – Automotive Design & In-Cabin, Intelligent Vehicle, Automotive Testing, and Advanced Chassis & Powertrain – into a single, integrated content program designed for engineers, technologists, and decision-makers shaping the road to 2030.

Advanced Chassis & Powertrain overview

Shaping the Future of Powertrain & Electrification

Shaping the Future of Powertrain & Electrification

The 2027 conference program will be released in stages as speakers and sessions are confirmed, with registration details published alongside each update. The agenda will reflect the rapidly evolving propulsion landscape, offering insight into how the industry is managing the transition to multi-energy vehicle platforms.

Sessions will explore the practical realities of developing and scaling ICE, hybrid, and fully electric powertrains in parallel. Topics will include advancements in high-efficiency hybrid systems, the growing role of alternative fuels such as e-fuels, and the continued expansion of EV architectures. Attention will also be given to the engineering challenges behind high-voltage systems, battery development, and the advanced thermal management solutions needed to ensure performance, safety, and cost competitiveness in increasingly complex vehicles.

Integration, Dynamics & the Next Generation of Vehicle Engineerin

Integration, Dynamics & the Next Generation of Vehicle Engineerin

Alongside propulsion technologies, the program will examine how vehicle dynamics, chassis systems, and cross-disciplinary engineering must evolve to support new architectures. As manufacturers transition between ICE, hybrid, and EV platforms, maintaining consistent performance, drivability, and consumer trust is critical.

The conference will highlight how software, mechanical engineering, and mechatronics are converging to deliver smarter, more efficient vehicles. Sessions will address platform integration, validation challenges, and strategies to simplify electrification for wider adoption. Overall, the content will provide a holistic view of modern vehicle development, bringing together expertise across engineering domains to support the shift toward intelligent, software-defined, and electrified mobility.