Latest news in this area
Professor Jari Koskinen concludes his distinguished career
Jari Koskinen, Professor of Material Science, retires on 31 March 2023. Koskinen, who has studied the physical properties of functional materials and, in particular, surfaces and interfaces, spent the past 14 years in his career as a researcher at the School of Chemical Engineering and served as the head of the Department of Chemistry and Materials Science in from 2014 to 2022.
Significant funding for thin-film technology research - materials to be developed can be used, for example, in energy storage
The search for new, precisely tailored thin-film materials is accelerating for a wide range of next-generation applications in fields such as energy storage and IoT.
Tapojärvi Innovation Challenge 2023 for Students (apply by 14 APR 2023)
This competition is ideal for any students concerned about making a positive difference for the environment
Anglo American Innovation Challenge (apply by 22 May 2023)
A great opportunity for start-ups and entrepreneurs with solutions to decarbonise steel
Matteo Iannacchero, a developer of bio-based yarns: ‘I value the freedom of science’
In his doctoral research conducted at Aalto University’s Bioinnovation Center, Iannacchero uses machine learning to develop ecologically sustainable electronic yarns. This is an opportunity to come up with something completely new.
FinnFiberColor – Spun cellulose fibres and sustainably colored textiles
The FinnFiberColor project develops sustainable solutions for manufactured cellulose fibre processes. The project has enhanced the understanding of the properties of new kinds of textile fibres and assessed the consumer perception of fabrics created from alternative materials.
I am passionate about collaboration between industry and academia
Concerns about the climate, the world’s oil resources, and the availability of strategic raw materials have turned interest towards renewable and carbon-neutral natural resources in the production of energy, fuels and chemicals. Most of the world's industrial chemicals are still petroleum products but biorefineries are the game changers of future.
Universities work together to promote the growth of wood construction
The Doctoral School of Industrial Wood Construction at Tampere University is starting collaboration with Aalto University. The goal of practical teaching and research involving industry is to combine science and business. At the Doctoral School, the partners are bringing together knowledge based on research on wood construction and educating more specialists that are needed in the field. Especially environmental reasons are in favour of the construction of wooden high-rise buildings.
Merja Penttilä receives honorary title of Academician of Science
Merja Penttilä's specific focus is on so-called cell factories, microorganisms that are engineered to produce biobased products for energy, health, materials and other applications.
Towards a sustainable packaging industry – Madhawa Basnayaka develops ecological and intelligent packaging
Basnayaka’s doctoral research conducted at Aalto University’s Bioinnovation Center aims to find intelligent packaging solutions, in which biomaterial replaces electronics parts made of plastic.
Designing quantum materials with quantum computers
The Jane and Aatos Erkko Foundation awards a proof-of-concept grant for the design of quantum materials with quantum computers.
Summer School alum story: "Nordic Biomaterials is ideal for getting inspiration and new ideas for projects"
Nordic Biomaterials by CHEMARTS inspires students to combine design and material science for new cellulose-driven concepts and ideas.
Machine learning boosts the discovery of new perovskite solar cell materials
Researchers from CEST group apply machine learning to help identifying suitable solar cell materials
Online course “Wood material science” starts 10.1.2023
Learn 100% online how the structure of wood affects its physical and mechanical properties.
Online course “Wood products and processes” starts 27.2.2023
Learn 100% online the links between wood product properties and typical applications in the living environment.
Jaana Vapaavuori: From dancer to researcher
Professor of functional nanomaterials would like to combine technology and art in her research.
A life-inspired system dynamically adjusts to its environment
The system regulates its own temperature in response to environmental disturbances
Prof. Patrick Rinke Awarded Academy Grant for Developing Biologically Inspired Computing Systems
Prof. Rinke’s three-year joint project with VTT aims to make demanding AI computing tasks use less power while maintaining performance.
Next generation material that adapts to its history
Responsive material changes its behaviour based on earlier conditions
