News

Internship of our colleagues in Taiwan
Internship of our colleagues in Taiwan

27.2.2023

In the period between 16.01.2023 and 17.02.2023 our colleagues Martin Mildner and Petr Hotěk were on a foreign internship at Ilan National University in Taiwan.

Internship of Taiwanese colleagues
Internship of Taiwanese colleagues

28.6.2022

We have welcomed three Taiwanese colleagues from National Ilan University as part of 2- and 3-month internships, with whom we will work on the design of new types of geopolymers for self-heating and self-sensing applications.

Kick-off meeting GEOSUMAT Cracow
Kick-off meeting GEOSUMAT Cracow

10.6.2022

On July 7th and 8th, we participated in the kick-off meeting of the international M-ERA.net project GEOSUMAT dealing with Materials for Circular Economy: Industrial Waste Based Geopolymer Composites with Hybrid Reinforcement.

International cooperation: Opole University of Technology (Poland)
International cooperation: Opole University of Technology (Poland)

15.10.2020

Department of Materials Engineering and Chemistry cooperates with the De­part­ment of Build­ing Ma­te­ri­als En­gi­neer­ing, Fac­ulty of Civil En­gi­neer­ing and Ar­chi­tec­ture, Opole University of Technology, Poland in the field of research focused on the design of high-performance concrete.

International cooperation: National Ilan University (Tiawan)
International cooperation: National Ilan University (Tiawan)

01.10.2020

Department of Materials Engineering and Chemistry cooperates with the Department of Civil Engineering, National Ilan University, Taiwan in the field of research focused on the design of geopolymers and alkali-activated aluminosilicates for construction applications.

International cooperation: Cracow University of Technology (Poland)
International cooperation: Cracow University of Technology (Poland)

01.10.2020

Department of Materials Engineering and Chemistry cooperates with the Department of Civil Engineering, Cracow University of Technology, Poland in the field of the design and characterization of cementitious materials with reduced environmental impact and geopolymers with optimized thermal properties.