Project summary
VISUENERGY project provides digital solutions that increase the resilience, quality, and financial sustainability of high-quality laboratory education.
We develop open and accessible, and virtual materials chemistry laboratories for training students in the field of sustainable energy solutions such as light-emitting diodes or Li-ion batteries.
The virtual laboratories are integrated with state-of-the-art materials modelling platform, bridging experiment and theory.
Consortium
Funding
VISUENERGY is funded during years 2022-2024 by the European Union Erasmus+ Programme. More information about the Erasmus+ programme is available at the website of the Finnish National Agency for Education.
Project Results
Our project involves four major Project Results related to the implementation of virtual materials chemistry laboratories and virtual materials modelling platform integrated into the laboratories.
Project card at Erasmus+ Project Results website
1. Laboratory Virtualization guidelines
The guidelines are openly available at Aalto University Wiki.
2. Virtual general chemistry laboratory
- Laboratory Safety Training (English, Finnish, and Swedish)
- Analytical Chemistry: Sample Preparation (Finnish, Swedish and Engish )
- Analytical Chemistry: Atomic Absorption Spectrometry (Finnish, Swedish and English)
- Analytical Chemistry: Spectrophotometry (Finnish, Swedish and English)
- Biolaboratory Training
3. Virtual inorganic materials chemistry laboratory
- Safety training for inorganic chemistry laboratory (German)
- Synthesis of a titanium(III) metallocene compound (English)
4. Virtual materials modelling platform
- Introduction of modelling tutorials (English)
- Materials modelling tutorial for titanium(III) metallocene compounds (English)
- Materials modelling tutorial for NaNH2 (Part I) (Part 2) (Part 3) (Part 4)
Contact information
antti.karttunen@aalto.fi (Prof. Antti Karttunen, Aalto University)