At an international meeting held in Tartu, the development of hydrogen skills gained new momentum – experts, researchers, and entrepreneurs from five countries came together to find solutions for integrating hydrogen technologies into everyday economic and educational systems.
Science
Collaboration with Schneider Electric Eesti AS is elevating the education at TalTech’s Tartu College to a new, more hands-on and real-world level.
The Engineering Academy´s opportunities for project-based and problem-based learning inspired AS Estonian Cell to seek solutions to challenges together with students. How did we get there, and what did this experience bring?
We live in an era where people are living longer, but with this comes an increase in the prevalence of neurodegenerative diseases – such as Alzheimer’s and Parkinson’s. Current treatments only provide temporary relief and do not reach the root cause of the disease.
The preparations for establishing TalTech’s fiber optic communications and sensor lab began long ago, but the lab, opened in early March, has gained a new significance in light of the recent cable damage in the Baltic Sea.
When exploring what exciting work TalTech has done in the space sector, the usual response is always the satellites Koit and Hämarik. However, the work with Koit and Hämarik is by no means the only space-related project at the university.
“It was a complete shock,” recalled Tanel Alumäe, head of TalTech's Laboratory of Language Technology, when he first experienced the astonishing ability of large language models to understand and generate language.
On March 28, the Chairman of TalTech's Board, Heiti Hääl, and Board member Madis Margus introduced the university's rector candidates at a press conference – the current rector, Tiit Land, and academic Tarmo Soomere are running for the position.
In the global push toward sustainability, one of the most promising yet underutilized natural resources is lignin. Traditionally regarded as a low-value byproduct of the pulp and paper industry, lignin is now at the forefront of innovative research aimed at transforming it into high-value products.
Battery technology needs more environmentally friendly solutions, as the graphite currently used in batteries burdens nature heavily. One eco-friendlier alternative is to replace graphite with carbon materials produced from carbon dioxide. The industrial doctorate, created in collaboration between chemist Mirjam-Kim Rääbis, TalTech, and UP Catalyst, contributes to the development of such materials.