About the Lab
The Binder Lab develops advanced hydrogel-based sensing and actuation technologies for biomedical and environmental applications. A central focus is the design of smart, stimulus-responsive hydrogels that change their mechanical or swelling behavior in response to glucose, ions, temperature, moisture, or external fields. These materials are integrated into microfabricated devices—ranging from ultrasound-readable implantable glucose sensors to passive intracranial pressure probes and adaptive hydrogel meshes for controlled ventilation. The group combines hydrogel chemistry with microelectromechanical systems (MEMS), PCB-integrated fabrication techniques, ultrasound resonator engineering, and optical characterization platforms to create highly sensitive, miniaturized devices. A recurring theme is the development of force-compensated and multisensitive hydrogel architectures that dramatically improve sensor speed, reliability, and long-term stability. Students joining the lab can expect an interdisciplinary environment spanning soft materials, microfabrication, device modeling, and biomedical engineering. Ideal candidates enjoy hands-on experimentation, materials characterization, and translating soft-matter principles into functional sensors and actuators with real-world clinical or environmental relevance.