Resources
Machine and Vehicle Design (MVD) group offers extensive resources to support both their research and collaborative endeavors.
MVD provides advanced engineering services, including simulation and modeling, prototype development, and testing. These services are tailored to meet the needs of both academic research and industry applications.
MVD operates cutting-edge laboratories equipped with the latest technologies for vehicle dynamics, thermal management, and material testing. These facilities are crucial for conducting high-quality research and ensuring the reliability and effectiveness of the designs developed.
MVD secures funding through various channels, including government grants, industry partnerships, and academic institutions. They benefit from support by organizations like Business Finland, which offers innovation funding and global promotion. The group is adept at securing grants that support their research projects, and they actively assist partners in identifying and applying for relevant funding opportunities. This ensures that all projects are adequately resourced and have the potential to achieve significant impact in the field of sustainable machine and vehicle design.
MVD Research Projects and Funding Sources
Funding Source: Business Finland
The SANTTU project focuses on advancing smart automation technologies to improve industrial processes. By integrating AI and machine learning, SANTTU aims to optimize manufacturing systems, reduce waste, and enhance overall efficiency. This project is particularly relevant for industries looking to transition to Industry 4.0 standards.
For more details, visit the SANTTU Project and Oulu.fi.
Funding Source: HEU (Horizon Europe)
The ENGINE project is part of the Horizon Europe program and is dedicated to the development of next-generation engines that meet stringent environmental standards. The project focuses on hybrid and fully electric powertrains, aiming to reduce emissions and improve fuel efficiency in heavy-duty vehicles.
For more details, visit the ENGINE Project.
Funding Source: EAKR
This project is centered around the development of advanced hydrogen storage solutions, which are critical for the adoption of hydrogen as a clean energy source. The H2UO project aims to improve the safety, efficiency, and capacity of hydrogen tanks, making them viable for widespread use in various industries, particularly in transportation.
Funding Source: EAKR
The HCT Winter Premium project addresses the challenges of vehicle performance in winter conditions. It focuses on developing technologies that ensure heavy vehicles can operate safely and efficiently in harsh weather, improving traction, stability, and overall performance in cold climates.
For more details, visit the HCT Winter Premium Project.
Funding Source: EAKR
The Auto-osaliike project is focused on the development of innovative automotive parts that enhance vehicle performance and safety. This project involves the research and design of components that are lighter, stronger, and more durable, contributing to the efficiency and sustainability of modern vehicles.
For more details, visit the Auto-osaliike Project.
Funding Source: Business Finland
CASEMATE-Wärtsilä ZEM is a significant project under the Veturi initiative, which aims to develop zero-emission marine and energy solutions. In collaboration with Wärtsilä, this project focuses on creating sustainable technologies that can drastically reduce emissions in the maritime industry, contributing to a greener future.
For more details, visit the CASEMATE PROJECT and ZEM ECOSYSTEM.
Funding Source: Business Finland
The NO DAMAGE project is dedicated to improving vehicle durability and safety. By researching and developing new materials and technologies, the project aims to minimize damage in the event of collisions, thus enhancing the safety of vehicles for both passengers and cargo.
For more details, visit the NO DAMAGE Project.
Funding Source: xECS/Business Finland
SafeTrucks focuses on enhancing the safety of trucks through the integration of advanced driver assistance systems (ADAS) and other smart technologies. This project aims to reduce accidents and improve the reliability of freight transportation by leveraging cutting-edge innovations.
For more details, visit the SafeTrucks Project.
Funding Source: Business Finland
Similar to the CASEMATE project, DAZE is another collaboration with Wärtsilä under the Veturi initiative, focusing on developing zero-emission technologies for vehicles. This project aims to produce scalable solutions that can be implemented across various types of vehicles, from marine vessels to heavy-duty trucks.
For more details, visit the DAZE Project and ZEM ECOSYSTEM.
Funding Source: EAKR
The BioMass project explores the use of biomass as a sustainable fuel alternative. The research focuses on converting organic materials into viable fuel sources that can be used in industrial applications, helping to reduce reliance on fossil fuels and lower carbon emissions.
Funding Source: EAKR
The SÄLLI project is geared towards the development of smart logistics solutions. By optimizing supply chain management and transportation logistics, this project aims to improve efficiency and reduce the environmental impact of logistics operations.
Postal address:
P.O.Box 8000
FI-90014 University of Oulu
Material and Mechanical Engineering
Faculty of Technology
Machine & Vehicle Design (MVD)
university.of.oulu(at)oulu.fi
Tel. +358 294 48 0000
Street address:
Pentti Kaiteran katu 1, Linnanmaa
90570
