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Results of the Call for Proposals under the Radium Learning Through Research Programs

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Eleven innovative projects aimed at supporting exceptionally talented students engaged in research activities related to priority research areas have received funding under the program, with a total value of more than PLN 202,000.

1. Project Title: Linear and Nonlinear Diffusion in the Modeling of Brain Cancer Therapy
Principal Investigator: Dr Agnieszka Bartłomiejczyk
Grant Amount: PLN 24,000

Explainable AI for Neural Networks: ENHANCE Intensive Course at TU Delft

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Gain hands-on experience with Explainable AI (XAI) for neural networks during a 5-day intensive ENHANCE course at TU Delft. Designed for Master's students and PhD candidates with prior knowledge of Deep Learning, the course introduces state-of-the-art explanation methods and teaches participants how to critically evaluate the quality and trustworthiness of AI-generated explanations.

During this intensive 5-day course, participants will explore the core methods of Explainable AI (XAI) for neural networks, including feature attribution, counterfactual explanations, and concept-based approaches. The programme also covers how to assess the quality and trustworthiness of AI-generated explanations, as well as how different stakeholders evaluate them. Teaching combines lectures with interactive learning activities and collaborative group work.

Gdańsk University of Technology Joins the EURAXESS European Network

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Gdańsk University of Technology has become a member of the EURAXESS European network, an initiative that supports researcher mobility and career development.

Membership in the network will enable the University to further strengthen its support for international research collaboration, researcher recruitment, and the creation of attractive career development opportunities in line with European standards.

Architecture that understands ADHD. An interview with Gdańsk Tech students

Marcelina i Weronika
Can a space support the concentration of a child with ADHD instead of increasing stress and sensory overload? Marcelina Rudzińska and Weronika Przychodzeń, architecture students at Gdańsk University of Technology, are developing a digital guide that will combine knowledge of neurodiversity with practical solutions for schools, homes and public spaces. The project is based on research, interviews with parents, specialists and people with ADHD, as well as an analysis of good practices. Its recommendations are intended to address the actual needs of users.

The authors of the guide demonstrate that appropriately designed lighting, acoustics, colour schemes and interior layouts can improve comfort, a sense of safety and learning conditions. In the interview, they explain how the idea originated, how architecture can support neurodivergent children and why empathetic design should become the standard. We invite you to read the interview.

How did you come up with the idea of creating a guide to designing ADHD-friendly spaces for children?

Explainable Artificial Intelligence for Neural Networks and its Evaluation – Winter School

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TU Delft invites PhD candidates to participate in the winter school “Explainable Artificial Intelligence for Neural Networks and its Evaluation”, organised as part of the ENHANCE educational offer.

During this five-day school, participants will learn the fundamentals of explainable artificial intelligence, methods for analysing the operation of neural networks, and approaches to assessing the quality and reliability of generated explanations. The classes will be conducted in English and will include lectures, interactive activities, and group discussions.

URWIS takes to the water: the next stage in the development of the student-built rescue craft

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URWIS, an unmanned surface vessel developed by Gdańsk University of Technology students: Maksym Domkowski, Julian Baron and Łukasz Gede-Niewiadomski to support rescue teams, has completed its first trials on open water. The launch took place on 17 July in Osiek, on Lake Kałębie.

URWIS is being developed to support rescue services during operations conducted on lakes, at sea and on other bodies of water. Its purpose is to reach a person in the water quickly and provide them with a flotation device before rescuers arrive. The vessel is not intended to replace rescuers, but to reduce the time a person has to wait for assistance during the first and often most critical stage of an emergency response.

Gdańsk Tech student creates an interactive educational model

Justyna
We invite you to read an interview with Justyna Matulewicz. The Gdańsk University of Technology student has combined CAD design and engineering skills with education on women’s health, with the aim of, among other things, breaking social taboos. As part of the “Universities of the Future” project, Justyna Matulewicz has created an interactive model designed to help young people better understand the physiology of the menstrual cycle.

What inspired the “The Menstrual Cycle in Action” project, and why did you decide to focus specifically on menstrual cycle education?

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