Professor Raimo P. Hämäläinen has modelled solutions to numerous societal challenges over his career
During his career, Raimo P. Hämäläinen, who has had an incredible long career at the Helsinki University of Technology and Aalto University, has extensively studied game theory, operations research and control theory as well as systems and decision-making models.
From these studies, he has generated solutions to decision-making and optimisation problems ranging from water course regulation and nuclear accident preparedness of the spread of AIDS and the dynamic pricing of electricity. According to professor Hämäläinen, the systems analysis degree programme is very popular, as models and modelling are needed everywhere. Examples of new application areas include intelligent living environments, such as homes, cities, traffic, health and energy production; social medial, feelings as well as the measurement of oneself and its modelling.
Aalto University Vice President Tuija Pulkkinen praised Raimo Hämäläinen's international career and the importance of his field as part of Aalto University. According to Tuija Pulkkinen, Professor Hämäläinen's research has extended to all the core areas of Aalto's research. Professor Hämäläinen's work has also been significant with regard to social impact, as his research topics are linked extensively to society.
Governor of the Bank of Finland Erkki Liikanen and Director General Lea Kauppi from the Finnish Environment Institute gave the speeches in Professor Hämäläinen’s retirement event on 1 September 2016. The videos of the presentations of the event can be downloaded from the following site:
Photos: Suvi-Tuuli Helin
Read more news
A Grid in 2025: Record demand, new faces, and a calendar that brought the ecosystem together
More teams, more traction, and more touchpoints: A Grid’s 2025 affirmed Otaniemi’s place as a launchpad for ambitious founders.
Significant donation to boost pavement engineering research and education
Companies and associations in the field have donated €400,000 to the School of Engineering.
‘Mesoscale’ swimmers could pave way for drug delivery robots inside the body
Researchers have discovered how tiny organisms break the laws of physics to swim faster — such secrets of mesoscale physics and fluid dynamics can offer entirely new pathways for engineering and medicine.