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At the RTU Innovation Series “University for Future Engineers”, Students Will Also Meet LACHMAT Project Researcher Jānis Braunfelds

On Saturday, 17 January, the monthly lecture series “University for Future Engineers” (UNI) at Riga Technical University (RTU) will also feature a representative of the Swiss–Latvian Cooperation ProgrammeJānis Braunfelds, Leading Researcher at RTU, who is actively involved in the Swiss–Latvian Applied Research Programme project LACHMAT.

 

The UNI sessions will bring together students from grades 8 to 12 who are interested in engineering sciences, natural sciences, economics, innovation, architecture, and design. Inspired by scientists and industry experts, young people will expand their knowledge of sensor technologies, the meaningful use of artificial intelligence in education, sustainable energy, and timber architecture.

 

The UNI sessions will take place from 10:00 to 13:00 at the RTU student campus in Ķīpsala (Zunda Krastmala 8 and Āzenes Street 12/1). Interested participants can still register for the sessions by completing the application form.

 

Swiss–Latvian cooperation project in practice

 

During the “Engineering UNI” session titled “Fibre Optic Sensors for Monitoring Solutions”, Jānis Braunfelds will introduce the principles of fibre optic sensors, their wide range of applications, and the development of future communication technologies. Special attention will be paid to how school students can become involved in research, enabling them to acquire skills essential for future engineers at an early stage. During the session, students will also have the opportunity to examine fibre optic sensor samples and, through a practical task, explore innovative future applications for these technologies.

 

J. Braunfelds is currently involved in the LACHMAT project within the Swiss–Latvian Applied Research Programme, which focuses on the development of sensor technologies embedded in road surfaces. These technologies make it possible to use data to monitor road surface conditions and traffic flow, while also supporting the adaptation of road infrastructure to climate change. Already this year, upper secondary school students and learners from vocational education institutions will have the opportunity to participate in the project by taking part in a competition and receiving a scholarship for the development of a scientific research or project-based work.

 

The Applied Research Programme is part of Switzerland’s contribution to EU Member States, aimed at promoting scientific excellence, innovation, and economic development. A total of EUR 12.3 million is available for the development of science and research in Latvia, further strengthening international cooperation between Switzerland and Latvia.