The Department of Mechanical Engineering is a leading multidisciplinary research establishment with strong industrial ties with impact on industry and society at large.
Our fields of interest are mechanics and energy technology, in which we conduct top-level research and offer degree education.
Advanced Energy Project (AEP) Course Gala was held at the Hybrid Stage 13.12.2022. This years' project topics that were wide ranging are summarized in the program below. Watch the recording of the event to learn more about the interesting projects!
The solution is based on connecting local production and the district heating system, as well as low heat and cold networks
The department’s research focuses on developing the next generation of devices, machines and systems. This translates to a focus on new technologies that are more efficient, more durable and thus more sustainable.
Our research approaches problems from two directions – energy and mechanics:
Energy technology research at the department consists of the study of energy systems, thermodynamics and combustion technology. Within these areas, research delves into industrial processes, heating, energy use in buildings and more. In our work, we use state-of-the-art tools and approaches in modelling, computation and experimental research.
New and advanced sustainable manufacturing solutions are investigated supported by digital testing of the engineering materials performance.
Development of combustion technologies is central in reducing the emissions of energy production, particularly in the transition towards new biomass-based fuels. To this end, we utilise both empirical and computational thermodynamics.
Energy efficiency plays a key role in solving challenges related to developing a sustainable future for human societies, highlighting the need to optimise energy systems of all sizes.
The aim in mechatronics design is to enhance the performance of machines, improve their price-performance ratio and increase functionality.
We focus on the behaviour of ships and structures in normal and extreme environments. We do our research by considering the safety of maritime transportation, as well as the experiences the marine environment can offer to cruise vessel passengers.
Product development research at the department covers product development methods and development practices in organisations.
The department makes use of a variety of high-quality infrastructure located around the Aalto University campus in Otaniemi.
Design Factory serves all Aalto University schools by providing an experimental co-creation platform for interdisciplinary learning
ADDLAB, Aalto University Digital Design Laboratory, is a research organization initiated by the Aalto University's School of Engineering and School of Arts, Design and Architecture.
Aalto Ice and Wave Tank is a multipurpose basin ideally suited for testing ships and other maritime structures in ice conditions.
Aalto University Industrial Internet Campus (AIIC) is a platform for students, researchers, and companies to innovate and co-create smart, connected products and services. Industrial Internet Campus enables multidisciplinary research, education and innovation together with industrial partners.
Find contact details for the Department of Mechanical Engineering.
Mechanical engineering 1, K1
Mechanical engineering 3, K3
Mechanical engineering 2, K2
Aalto Ice Tank, Water and Environmental Engineering
Betonimiehenkuja 5
Mechanical engineering 4, K4
