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In this study, we developed a novel electromagnetic tracking system (EMT) based on quasi-static magnetic fields for accurate localization of deep brain stimulation (DBS) electrodes during surgery. By leveraging miniaturized sensors and advanced field generators, our system enables millimetric spatial resolution and precise angular tracking, offering real-time guidance for neurosurgeons.The…

Starting today at 1:00 PM, the Institute IM² from FHNW is present with two booths at the Annual Congress of the Swiss Academy of Engineering Sciences #SATW, held at the FHNW Campus in Muttenz.📅 May 27, 2025📍 FHNW Campus MuttenzThis year’s focus:How are Artificial Intelligence and Quantum Computing transforming…

Our trusty coffee machine had been out of order for nine months.Retired, almost forgotten – quietly blending in as part of the workshop equipment.Fortunately, we had a backup machine – coffee supply remained stable, and so did morale. But then, last Thursday, something spontaneous happened:Roman Santschi & Nico…

📍 Hall 2, Booth 2-210It’s the final day of the event – and we’re excited about the continued interest in the innovations presented by the Institute of Medical Engineering and Medical Informatics at the FHNW in Muttenz, School of Life Sciences.From smart textiles and 3D scanning to magnetic tracking, our…

The Institute for Medical Engineering and Medical Informatics at the FHNW School of Life Sciences in Muttenz is currently inviting applications for two professorships.We are seeking qualified and committed individuals with a strong academic background who are eager to contribute to our interdisciplinary research and teaching activities in the field…

We are excited to share that the Kokoro Project♥️, an interdisciplinary initiative funded by the Swiss Nanoscience Institute (SNI), University of Basel, was featured on Millevoci, a radio program by Radiotelevisione svizzera (RSI)!🔬 Prof. Anna Marsano provided fascinating insights into the project’s innovative approach, bridging nanoscience, biomedical engineering, technology, and…

Anastomotic leaks (AL) are a serious complication in abdominal surgeries – they affect 10-20% of the 14 million procedures performed worldwide each year. The DrainSense project is developing a bio-inspired sensor array that detects these leaks early, improving diagnosis.🎯 Our goal: more accurate AL diagnosis, fewer complications, lower healthcare costs,…

Yesterday, we had the pleasure of sharing an unforgettable evening together! 🥂A huge thank you to all colleagues who joined and made the reception such a special event. Your great mood, the thoughtful decorations, and the warm atmosphere made the evening truly perfect. 💬 From delicious fondue at the standing…

His dissertation, titled “Dual-Scale Hybrid Patches Combining 3D-Bioprinted Constructs with Directional Nanofiber Network to Mimic Native Myocardium, Towards in-vitro Heart Models”, represents an outstanding contribution to the field of tissue engineering and cardiac research.This work, funded by the SNI PhD Program, would not have been possible without the invaluable guidance and…

🧑‍🔬 Wir freuen uns auf ein inspirierendes 2025 voller Innovationen, spannender Projekte und enger Zusammenarbeit in der Medizintechnik und Medizininformatik. 🌟Ein besonderes Highlight in diesem Jahr:📢 Die gemeinsame Jahrestagung der Österreichischen, Deutschen und Schweizer Gesellschaften für Biomedizintechnik (BMT 2025) findet vom 9. bis 11. September 2025 bei uns auf dem…

🎓✨ Congratulations to Hugo Nicolas on his successful doctoral defense! 🎉👏Hugo Nicolas, a PhD student at FHNW School of Life Sciences in Muttenz, Institute for Medical Engineering and Medical Informatics (IM²), and at the Universität Straßburg, defended his doctoral thesis on Monday. 📚🧠The title of his thesis: “Development…