How can engineering and R&D teams at heavy machinery OEMs and technology suppliers study increasingly complex electrified and hybrid machines as complete systems and validate intelligent subsystems without physical prototypes?
Mevea Seminar 2026 is a free live webinar for engineering leaders and specialists working in machinery product development, simulation, electrification, powertrains, control systems, verification and validation.
The 13th annual seminar presents three industry and research use cases illustrating how physics-based digital twin solutions enabled by Mevea Simulatie Software are applied in full equipment and intelligent subsystem development.
- Datum: Woensdag, oktober 14, 2026
- Tijd: 14:00 Helsinki (EEST, UTC+3) Local times: Berlin / Paris / Rome 13:00 | London 12:00 | Dubai 15:00 | Singapore 19:00 | New York 07:00 | Tokyo 20:00
- Tijdsduur: 2 uur
- Taal: Engels
From Engineering Complexity to Complete Machine Studies
Electrification and hybridization of heavy machinery introduce uncertainties for engineering teams. Updates to established solutions can require work across unfamiliar engineering disciplines, while siloed development reduces the necessary interaction between them.
In many cases, mechanism-based power distribution solutions for drivelines are replaced with several actuators, creating new requirements for control systems and strategies. The resulting system complexity increases the need to study and analyse the full vehicle and its intelligent subsystems.
Multi-physics digital twins enabled by Mevea Simulatie Software provide a platform for complete machine studies, including equipment-in-the-loop testing. Complex physical and control systems can be combined into a virtual representation of the full vehicle, including its work process and interaction with the environment.
This approach enables the detailed study and design of proposed solutions without physical prototypes while ensuring compliance with requirements and providing a test environment for control system development.
Three Industry and Research Use Cases
This year’s seminar presents the verification and validation of physics-based digital twin solutions through three practical use cases:
Francesco Salis, Software Development Team Coordinator (R&D), Prinoth, Italy
Electric Snow Groomer Development: From the Concept to the Snow Through Virtual Simulation
Jukka Säkkinen, Head of Development, Oulu University of Applied Sciences – Oamk, Finland
Comparison of Full-Scale Off-Road Vehicle Machine-in-the-Loop Simulation and Measured Results
Professor Sam Akehurst, Research Director, Institute for Advanced Automotive Propulsion Systems (IAAPS), United Kingdom
Digital Twin Technologies for Cleaner Off-Highway Machinery (DITCH)
Het programma omvat ook een Mevea Software Solutions Overview by Dr Asko Rouvinen, Senior Technical Advisor at Mevea. A short Q&A follows each guest presentation.
Wie zou moeten bijwonen?
The seminar is particularly relevant to engineering leaders and R&D specialists at heavy machinery OEMs, component and technology suppliers, and research organisations working in:
- Full-machine and system-level engineering
- Simulation and virtual validation
- Machinery electrification and hybrid powertrains
- Control systems, automation and software development
- Verification, validation and in-the-loop testing
Register for Mevea Seminar 2026
Visit the registration page to explore the full speaker profiles and detailed presentation descriptions and secure your place in the free live webinar.
