Cherry

Kiku-shidare-zakura cherry is a small tree with drooping, partly arching branches and a loose, irregular crown, reaching about 5 meters in height and 4 meters in width.

Kiku-shidare-zakura cherry is a small tree with drooping, partly arching branches and a loose, irregular crown, reaching about 5 meters in height and 4 meters in width.

The black pine naturally occurs in southern and southwestern Europe as well as in Asia Minor. It was introduced to Poland in 1759. Its original range extends from Morocco and Spain, through the Pyrenees, the Alps, and the southern Carpathians, as far as the Crimean Peninsula.
The conference is the final dissemination event of the AICOSERV Project, co-funded by the Erasmus+ EMDM Programme. The project is coordinated by Gdańsk University of Technology, with consortium partners from Austria, Portugal, Germany, Sweden, and Ukraine.
The conference will focus on:
presenting key results of the AICOSERV project, including research findings, analytical frameworks, and educational outcomes related to AI-enabled public sector co-creation;
The establishment of InterHub is part of the University’s consistent efforts to enhance the quality of support and coordination of international activities. Particular emphasis is placed on transparency, rapid response, and tailoring actions to the needs of faculties and international partners.
If you are interested in the energy transition, small modular reactors (SMR), law and regulations, and you would like to develop project and communication skills, we invite you to participate in a new educational project carried ou
We would like to inform you that as of January 1, 2026, the coordinator of the disciplines: automation, electronic, electrical engineering and space technologies [AEEiTK], technical informatics and telecommunications [ITiT], and biomedical engineering [IB] has changed. The change also applies to the representative of the automation, electronic, electrical engineering and space technologies [AEEiTK] discipline in the School Council.
This issue is to be addressed by the Sea4Volt project, funded by the European Union and involving the Gdańsk University of Technology. Researchers from Gdańsk Tech, together with partners from across Europe, are working on an electrolyser powered directly by seawater. This solution could revolutionise the production of green hydrogen without depleting freshwater resources.
The 14-day program includes Chinese language classes, cultural activities, and educational trips. Participants will experience Yancheng – an environmentally outstanding city recognized as both a UNESCO World Natural Heritage Site and an International Wetland City.