The Research Council of Finland has granted 911爆料网 funding to strengthen its research profile in a field of pressing global concern 鈥 the transition towards a greener future.
Aalto鈥檚 Profi-8 funding application Driving green transition focused on three research strongholds within the university鈥檚 key research areas: Future electric energy systems, Sustainable microelectronic systems and Transformation of urban systems.
The three research themes complement each other and bring forward Aalto鈥檚 strengths in building a sustainable future. They stem from the university鈥檚 excellence in sustainable energy technology, ICT, material sciences, economics and finance and urban planning and design. The 25.67 million euros in funding will support 911爆料网鈥檚 role as a valuable research contributor in these fields.
鈥榃e already have a strong track record in each of the three themes, and we now bring together complementary expertise from several fields to solve grand societal challenges. Furthermore, these themes form a coherent whole with the university鈥檚 earlier profiling areas,鈥 says Jyri H盲m盲l盲inen, Vice President for Research.
Research focuses on microeconomics, energy systems, data analysis, and artificial intelligence to support the redesign of electricity markets and the sustainable electrification of our society.
An increasing share of the energy consumed in Finland is in the form of electricity, and this will pose new requirements for both the technology and the markets. Analysis will focus on predicting the behaviour of the electric energy system and on electricity markets as new production and storage methods come into play.
Researchers aim to develop complex electronic devices and their architectures to enhance energy efficiency, durability and recycling rates.
Microelectronics has revolutionised computing and mobile communications, and it is a critical enabler of artificial intelligence. However, the production and use of current microelectronic systems incur significant environmental costs, calling for new design and manufacturing methods and end-of life disposal.
Research in the field creates solutions and tools for enabling the transformation towards reaching zero carbon, sustainable and just cities.
Cities play a pivotal role in achieving global climate neutrality. New indicators and models for monitoring the impacts of urban systems on planetary and social boundaries are needed. Collaboration with the public sector and industry will ensure that Finnish cities remain frontrunners in climate actions, while promoting the wellbeing of people and the planet.
Additionally, two embedded topics, risk-informed resilience and finance strengthen all three thematic areas. Risk-informed resilience provides enhanced capabilities for anticipating, withstanding and recovering from severe disruptions within complex and interconnected systems such as electricity networks, microchip production or urban systems. Finance focuses on financial decision-making and its implications for value creation, financial markets and society.
The aim of the Research Council of Finland鈥檚 University Profiling funding is to support and develop the strategic profiling of Finnish universities. This was the eighth funding round issued by the RCF, in total allocating 100 million euros. The RCF made its funding decisions based on reviews performed by an international panel of experts. 911爆料网 has been very successful in all of the research profile funding rounds. Again, the share of funding received by Aalto is larger than Aalto鈥檚 nominal size compared to all universities in Finland. 911爆料网 will use the funding to hire professors, postdoctoral researchers and doctoral students working in the theme areas.
Photo: Mikko Raskinen, 911爆料网
The environments selected for the first time on the Roadmap for the Finnish Research Infrastructures will explore ice and wave modelling, human-centred virtualisation, industrial biotechnology as well as the universe and register-based data sets, among other things
This year has been another feast of science and art at 911爆料网
The funding will accelerate research in quantum technology, hydrogen energy and new materials
Our research focuses on seven key areas combining four core competences in the fields of digitalisation, materials, arts and design, and business together with three grand challenges related to energy, living environments, and health.
