annual conference on noise, vibration, and harshness challenges in hybrid and electric vehicles, scheduled for the year 2025 in Europe
European Hybrid and EV NVH Summit 2025: Addressing NVH Challenges in Electrified Mobility
The European Hybrid and EV NVH Summit 2025, taking place on November 18-19, 2025, in Germany, is set to bring together industry leaders and experts to discuss and tackle the challenges associated with Noise, Vibration, and Harshness (NVH) in hybrid and electric vehicles.
Organised by ECV International, a renowned conference consulting company, this summit aims to present cutting-edge content, build a valuable networking platform, and help decision-makers create value and pursue excellence. Over the past 10+ years, ECV International has successfully organized more than 600+ industry-impacting events.
The summit will feature 16+ keynote speakers from leading enterprises in the automotive industry, including OEMs, component suppliers, acoustics and vibration engineering experts, simulation and CAE software providers, battery and e-powertrain system developers, as well as specialists in digital twin and virtual technologies.
The event will delve into key topics such as NVH challenges associated with hybrid and electric vehicles, spanning components such as e-powertrains and battery systems, acoustics engineering, virtual simulation, and advanced digital twin applications. Partial proposed topics for discussion include The NVH Pulse of Electrification, NVH Integration in Modular eDrive Architectures, and Sustainable Materials and NVH Compatibility in EV Design.
Attendees will include OEMs, automotive component suppliers, acoustics and vibration engineering professionals, simulation and CAE software providers, battery and e-powertrain systems, sustainable and advanced materials, interior systems and cabin acoustics, digital twin and virtual prototyping, chassis and suspension systems, active noise control systems, R&D and testing laboratories, engineering consulting services, and regulatory or certification bodies.
The European Hybrid and EV NVH Summit 2025 will also feature case studies, technical presentations, and panel discussions. If you are interested in attending or sponsoring this event, please contact [email protected] or [email protected]. For sponsorship or exhibitor inquiries, you can reach out to [email protected].
ECV International's publishing services aim to reach those who matter to the client, offering news, events, jobs, and thought leadership content. The company serves most of the Fortune 500 multinationals and international companies.
For more detailed information about the speaker list, session titles, and complete topic schedule, please visit the official event page or contact the organizers directly. Approximately 150+ EV and NVH experts, including Director of Electrification Programs and Vehicle Attribution Head, will attend the summit.
The summit will highlight key challenges and opportunities spanning the automotive industry in the NVH era. This event is a must-attend for anyone involved in the development and production of hybrid and electric vehicles, as well as those interested in the future of sustainable mobility.
- The automotive industry will be significantly represented at the European Hybrid and EV NVH Summit 2025, with OEMs, component suppliers, and acoustics and vibration engineering professionals in attendance.
- The summit will explore the challenges and solutions in the finance sector, as battery and e-powertrain system developers, simulation and CAE software providers, and regulatory or certification bodies will be discussing the future of electrified mobility.
- Technology advancements in electric-vehicles (EVs) will be a key focus, with specialists in digital twin and virtual technologies, sustainable and advanced materials, and interior systems and cabin acoustics sharing their insights.
- The event will delve into the impacts of EVs on lifestyles, with discussions on NVH Integration in Modular eDrive Architectures and Sustainable Materials and NVH Compatibility in EV Design.
