We welcome Megan into our team. She'll be working on CNT flexible electrodes during her internship. [read more]

We are happy to count Martin Kollmansberger into our team. Martin will be working on passivation characteristic effects on silver nanoparticle detection. Welcome Martin ! [read more]

We welcome Svea Meyer into our team. She'll be working on enhancing EEG for BCI. Welcome Svea ! [read more]

We welcome Fabian Schober into our team. Fabian will be joining the BCI research lines. Welcome Fabian! [read more]

We welcome Beatrice De Chiara into our team. She has started working on her master thesis in our group in engineered microfluidics for nanoparticle detection. We wish her the best of luck! Welcome Beatrice! [read more]

A new review article by our PhD student Lennart Weiß is now online. The review focuses on the opportunities and challenges of single impact electrochemistry as a detection framework applicable beyond the research laboratory. The paper was published in Current Opinion in Electrochemistry and can be… [read more]

We have a new opening for a Master's project on classification of stroke types with neural networks and classical machine learning techniques. The project is aimed towards a passive brain computer interface (BCI) using functional near-infrared spectroscopy (fNIRS) and electroencephalography (EEG) to… [read more]

We welcome Fulvia Del Duca in our team. Fulvia is currently studying Neuroengineering, and has started working on her master thesis with us. She is investigating new stimulation approaches in peripheral nerve interfaces. Welcome Fulvia ! [read more]

With great excitement we welcome Dr. Tetsuhiko Teshima in our group! Tetsuhiko comes from NTT Research Inc., USA and has started his research on soft and implantable electronics in the NEL. His research focus is on the development of 3D transformable electrodes using printing and MEMS… [read more]

We have two new projects for Bachelor's/Master's thesis: Implantable Neural Interfacing : This project aims at evaluating the use of discrete signals to trigger a neural response by modulating the period and duty cycle of the signal, creating different stimulation patterns, with the possibility… [read more]