The full program 2025, including posters, is available here
- The conference takes place from Monday morning 9:00 to Wednesday at 13:00
- A reception (drinks + pickles) is organized on Sunday evening (18:00 – 20:00) in the lobby of the hotel. The registration desk is open and posters can be already displayed in the poster area.
- The traditional conference dinner takes place on Monday at 19:30 (included in registration fees, as well as lunches on Monday and Tuesday).
- During the conference, there are no parallel sessions. The objective is to keep all participants together and allow them sharing their experience. Each oral session starts with a keynote of an invited speaker, followed by two or three regular talks.
- There will be 5 sessions of oral snapshot oral presentations of posters (2 min. for each poster).
- Three poster prizes are awarded at the end of the conference.
Keynote and invited speakers 2025
| Yoon-Kyoung Cho, UNIST, KR (KEYNOTE) | Centrifugal Discs and Droplet Microfluidics for Precision Diagnostics |
| Liesbet Geris, KU Leuven and Univ. de Lièges, BE (KEYNOTE) | Modeling Complexity: In Silico–In Vitro Synergies for Understanding and Engineering Regeneration |
| Ashleigh Theberge, Washington University, USA | Bioanalytical Systems for Translational Research: From Microscale Cell Culture Platforms to Biofluid Self-sampling Tools |
| David Issadore, University of Pennsylvania, USA | Optofluidic Droplet Assays for High-Throughput, Multiplexed Quantification and Sorting of Single Extracellular Vesicles at Single-Molecule Resolution |
| Nako Nakastuka, EPFL, CH | Nanoscale DNA-Based Biosensors to Decode the Brain |
| Marc Madou, Tecnológico de Monterrey, MX (KEYNOTE) | Listening to Trees in the Myawaki Forest Using Redox Amplifiers |
Oral presentations 2025
| Etienne Boulais, MIT, US | Precise Transport Models for Investigating Lipid Nanoparticle Self- Assembly in Microfluidic Mixers |
| Jana Hecking, University of Twente, NL | Multi-Heart Plate – Tissue Engineered hiPSC Based Cardiac Chambers for Volumetric Performance Measurements |
| Elise Bou, Univ.Grenoble-Alpes, CNRS, Grenoble INP , FR | Fast, Controlled Magnetophoretic 2D Transport of Magnetic Nanoparticles on Simple Micro-patterned Substrates in Passive Micro-fluidic Chips |
| Simon Sayer, UpNano GmbH & TU Wien, AT | Immune Niche-on-a-chip Enabled by in Situ High-resolution 3D Printing |
| François-Xavier Gauci, CNRS-Institut de Physique de Nice, FR | Biomimetic Leaf-on-cheap to Investigate Embolism in Plants |
| Fred Jordan, FinalSpark, CH | Neuroplatform: Internet access to Brain Organoids for Research in Biocomputing |
| Enrico Turato, Lund University, SE | Passive Viscoelastic Fluidic Components |
| Sagar Agnihotri, Uppsala University, SE | Droplet Microfluidics with Image Texture-based Detection of Bacterial Heteroresistance in Isolates from Bloodstream Infections |
| Vladimir Sincari, Institute of Macromolecular Chemistry CAS, CZ | Microfluidic Fabrication of Smart Gel-Core Giant Unilamellar Vesicles Responsive to Tumor Microenvironment pH (~6.7) for Biomedical Applications |
| Annina Stuber, ETH Zürich, CH | Double-pore Aptamer-functionalized Nanopipettes Towards Multiplexed Neurotransmitter Sensing |
| Hans Wyss, TU Eindhoven, NL | Microfluidic Platform for Controlled Generation and Trapping of Membraneless Water-in-Water Droplets |
| Nicolai Winter-Hjelm, ETH Zürich, CH | Engineered Neural systems to Investigate Mechanisms and Network Adaptations in Neurodegenerative Diseases |
| Radhika Nambannor Kunnath, Chalmers University of Technology, SE | High-throughput Optical DNA Mapping for Bacterial Diagnostics |
| Andrew Hanna, University of Pennsylvania, US | Automated and Parallelized Microfluidic Generation of Large and Precisely-defined Lipid Nanoparticle Libraries |
| Riccardo Reale, University of Rome Tor Vergata, IT | Tackling Syringe Sedimentation in Nano- and Bio- manufacturing: An Integrated Modelling and Hardware Approach |
| Muhammad Zia Ullah Khan, Technical University of Munich, DE | Single Immune-Cancer Cell Interaction Profiling in a Parallelized Multi- Trap Microfluidic Device |
| Trevor Kalkus, Heidelberg University, DE | Enabling the Next Generation of Soft Robotics by 3D Printing Complex Iontronics |