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BioChip and Biomedicine Chip Design
Discover the future of biochips and biomedical chip technologies at this unique international event, taking place in Brno and online on October 21–23, 2025. The program brings together researchers from Taiwan, Korea, Japan, and the Czech Republic to share the latest advances in diagnostics, wearable electronics, olfactory sensing, microfluidics, and biochip applications.
Participants will gain insights into cutting-edge topics such as nanoengineered platforms for rapid disease diagnostics, electronic fibers for smart garments, olfactory sensors, smartphone-based health monitoring, point-of-need microfluidic devices, and two-photon lithography for advanced biochip fabrication. Alongside inspiring lectures, the program will also feature hands-on laboratory sessions on microfluidics, wearable sensors, and mobile health applications. The event offers not only expert talks and practical demonstrations, but also an optional excursion to IQS nano, networking opportunities, and a guided tour of Brno.
Don’t miss the chance to connect with leading experts and explore how biochip innovations are shaping the future of healthcare, wearable electronics, and diagnostics.
The capacity of the event is limited. We recommend to register as soon as possible.
Laboratory exercises
Microfluidics (Dr. Ludovico Magliaccio – Brno University of Technology)
This session will demonstrate how to design and fabricate microfluidic chips quickly, cost-effectively, and with minimal equipment. The focus will be on practical method for rapid prototyping, along with a simple setup for testing and operating the fabricated chips.
Smartphone application for cardio features estimation (Dr. Andrea Němcová – Brno University of Technology)
Development of smartphone application „Tepovka“ for cardio features estimation will be described from the perspective of sensors, app development, algorithm, accuracy and future outlook. It will be enriched with a real demonstration, approx. 15-20 min.
Wearable sensors (Prof. Jaromír Hubálek, Dr. Jakub Arm)
Vitality assessment via wearable activity monitoring will present a sensor system incorporating data fusion, activity recognition, energy expenditure estimation, and vitality assessment (poster). This will be complemented by a live demonstration with an Android application on a treadmill, and by measuring salinity.
