On April 11, on the International Day of Children's Universities, a staff member of the Institute co-created an event as part of the Lodz University of Children at Lodz University of Technology 👧👦
The lecture, held in English and titled “Meet MnZn Ferrites,” will be delivered by Richard Elsner, MSc - Product Design Engineer and Head of the Measurement Laboratory at TDK Electronics.
We are delighted to announce that a new edition of the workshops for children, organized as part of the Łódź Children’s University, has just begun. The interest in the classes has been tremendous! Initially, three sessions were planned, but all spots were filled in no time!
Prof. Paweł Strumiłło, representing our university, signed a cooperation agreement between Lodz University of Technology and Hong Kong Metropolitan University (HKMU) 🤝
📢 We warmly invite you to the public defense of the doctoral dissertation of our colleague 👉 Bartłomiej Sztyler in the discipline of automation, electronics, electrical engineering, and space technologies.
In February, Dr Marcin Kałuża from our Institute is undertaking a research internship at 🇬🇷 Aristotle University of Thessaloniki (AUTH) in Greece, one of the leading research centers in the region.
This academic year, exceptionally in spring - instead of autumn - we invite students and staff of Lodz University of Technology to join another edition of our flagship event promoting international mobility 🌍✈️
In their latest article, researchers from our Institute analyze how different EEG signal augmentation methods affect the performance of motor imagery classification in BCI (Brain-Computer Interface) systems.
🩺 Artificial intelligence in radiology brings both significant benefits and important risks. Language models support the analysis of medical documentation, while convolutional networks can achieve very high accuracy in precisely defined tasks such as image interpretation, detection, and assessment of pathological changes. 🧬 As a result, AI reduces variability between radiologists’ assessments, improves the reproducibility of analyses, and increases work efficiency by relieving specialists of routine tasks.
🚀 From an idea to a fully working prototype - this is how our students work during project-based courses at the Institute. They create fully functional electronic devices, going through the entire engineering process: market needs analysis, component selection, PCB design, microcontroller programming, and testing of finished prototypes.
This question is addressed in the article “Toward Super Resolution Reconstruction of Diffusion-Relaxation MRI Using Slice Excitation With Random Overlap (SERO)” by Felix Mortensen, Jakub Jurek, Jens Sjölund, Geraline Vis, Ronnie Wirestam, Malwina Molendowska, Andrzej Materka, and Filip Szczepankiewicz.