We are developing innovative strategies that combine biomass valorization and green hydrogen (H2) production. In this project, we aim to integrate the electro-oxidation of xylans to reduce the energy ...

The School of Engineering drives science and innovation in industrial and built environment technologies. We are committed to educating a new generation of experts who combine technical excellence ...

The Autotelic Interaction Research (AIR) group at the Dept. of Computer Science, Aalto University, Finland is looking for 1 Doctoral Researcher (2+2 years) and 1 Postdoc (2 years) to work on ...

The postdoctoral researcher will lead a work package in the GEOCLOUD project that focuses on comparative policy analysis. The aim of the work package is to understand how governments attempt to ...

Green growth or Degrowth — What saves our planet? is a panel discussion by Aalto Sustainability Club, bringing together four experts from diverse backgrounds on the Marsio Stage at Aalto Campus to ...

Aalto University has developed and tested open-source sun sensors for satellites, improving accuracy and reliability in harsh space conditions. Sun sensors are a crucial part for a satellite attitude ...

Technology sector Finnish is conducted in the English-language Bachelor of Science and Technology program in years 2025-2027. In the project, we will develop a Finnish language module that will be ...

Welcome, new students, to the Aalto Welcome Fair on Thursday 28th August 2025! At the event, you will have the opportunity to explore the diverse services provided by Aalto University and our partners ...

Abstract: Large Language Model (LLM) post-training is a final training stage that makes LLMs behave as we wish. In this stage, the models learn to chat, to follow instructions, and align to human ...

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New construction and demolition are among the world’s most significant contributors to carbon emissions, the use of energy and natural resources, waste generation, and biodiversity loss. There is an ...

Owing to its fundamental characteristics, ALD is the most powerful thin-film deposition method for controlling functional properties of surfaces and interfaces. ALD is therefore the most suitable and ...