At the University of Oulu, the Machine and Vehicle Design (MVD) group is actively involved in a range of educational programs, including master’s and PhD opportunities. Students interested in cutting-edge research in areas like digitalization, sustainable vehicle design, and zero-emission technologies can engage with MVD through several avenues:

• Master’s Programs: MVD offers specialized courses and thesis opportunities within the university's engineering and technology programs. Students can work on real-world projects that focus on physics-based simulations, hybrid and electric powertrains, and green fuels.

• PhD Opportunities: For those looking to delve deeper into research, MVD provides supervision for doctoral students working on interdisciplinary projects that integrate engineering, economics, and control systems. PhD candidates will have the opportunity to contribute to pioneering research and collaborate with industry partners.

• Internships: MVD also facilitates internships for students, allowing them to gain hands-on experience in cutting-edge research and development projects. Internships often involve working closely with MVD researchers and industry partners, providing a direct pathway to careers in sustainable machine and vehicle design.

Interested students can apply through the university’s official channels for master’s and PhD programs. Internship opportunities are typically posted on the university’s career portal or directly through MVD’s network.

The MVD group at the University of Oulu supervises a wide range of student projects, theses, and dissertations that align with its research focus. These academic works not only contribute to the students' academic growth but also have a tangible impact on the industry.

• Exemplary Projects: Recent student projects include the development of AI-driven vehicle dynamics models, the design of zero-emission powertrains, and the application of green fuels in hybrid vehicles. These projects often lead to real-world applications, such as improved energy efficiency in vehicles or advancements in sustainable transportation technologies.




• Thesis Highlights: MVD supervises both master's and doctoral theses that push the boundaries of machine and vehicle design. Students have the opportunity to work on interdisciplinary topics that combine engineering principles with sustainability goals, preparing them for influential roles in both academia and industry.




• Real-World Impact: Many of these projects and theses are carried out in collaboration with industry partners, ensuring that the research has practical applications and contributes to the advancement of the field.

MVD collaborates with several leading academic institutions and industry partners to drive innovation and develop advanced technologies. These collaborations enhance research quality and broaden the impact of MVD’s work.

• Partnerships: MVD partners with institutions like VTT Technical Research Centre of Finland, Oulu University of Applied Sciences, and Tampere University to undertake joint research initiatives. These collaborations often focus on areas such as sustainable powertrain development, digital twin technologies, and AI applications in vehicle design.




• Research Initiatives: Through these partnerships, MVD participates in multidisciplinary research projects that contribute to academic knowledge and solve real-world challenges. The group regularly engages in joint publications, pilot projects, and technology transfers that benefit both the academic community and industry.




• Conferences and Workshops: MVD researchers frequently present their findings at academic conferences and workshops, fostering knowledge exchange and collaboration with peers from around the world.

In addition to the general resources offered by the University of Oulu, MVD provides specific tools and materials that are particularly useful for students and researchers in the field of machine and vehicle design.

• Software Tools: Students have access to specialized simulation software like AVL Excite and Cruise M, which are used in the design and analysis of vehicle dynamics and powertrains. These tools allow students to model and test their designs in a virtual environment before physical implementation.




• Datasets and Models: MVD offers access to unique datasets and physics-based simulation models that are essential for conducting high-level research. These resources are used in projects related to vehicle performance, energy efficiency, and the development of sustainable technologies.




• Lab Facilities: MVD’s state-of-the-art lab facilities are available for student use, providing the equipment needed to conduct experiments and validate simulation results. The labs are equipped for research in areas such as thermal management, durability testing, and hybrid vehicle development.