The Delft University of Technology is offering a position for a talented and highly motivated Post-Doc with a special interest in biomedical engineering, sensor systems, microphysiological systems (Organ-on-Chip), electrochemistry and electrophysiology. This project is funded by the Ecsel Joint Undertaking Moore4Medical, and it aims to bring together industry, research institutes and academia in the development of the next generation of Organ-on-Chip devices. We are seeking a highly qualified and motivated candidate interested in combining electrophysiology systems and microfluidic devices and enabling continuous electrical monitoring and stimulation of cells during in vitro assays.
You will coordinate research activities to develop a self-contained and autonomous Organ-on-Chip multi-well plate, compatible with biological and pharmaceutical workflows. Moreover, you will be directly involved in the integration of a microelectrode array module for this Organ-on-Chip device. You will fabricate and optimise the device in the Class 100 cleanroom facility located in the TU Delft campus, collaborating with BIOND Solutions B.V. (http://www.gobiond.com/). This part of the project will allow you to specialise in silicon-based microfabrication and polymer processing. Moreover, you will design and develop the characterisation set-up and evaluate the electrochemical performance of the microelectrode array embedded in the Organ-on-Chip.
Last but not least, the project will allow you to interact with the young and motivated research team at TU Delft. You will collaborate and supervise PhDs working on the development of multiple sensors and actuators for biomedical applications, allowing you to expand the scope of your research project.
Education and Experience:
We encourage applications from candidates who are excited to push the boundaries of the current biomedical field, exploiting the power of electronics and sensor systems and fulfilling the following criteria:
• PhD in microelectronics, electrophysiology, electrochemistry, bioelectronics and similar fields;
• Familiarity with electrochemical characterisation of microelectrode arrays (galvanostat/potentiostat);
• Previous experience in PCB designing;
• Excellent communication skills and ability to work in a collaborative team setting are required;
• Pragmatic attitude to efficiently collaborate with companies.
The following are not required but are an advantage:
• Previous experience in sensor system designing;
• Previous experiences in microfabrication and polymer processing;
• Helicopter view and system thinking;
• Affinity with problem-solving, technology, healthcare, and industries.
• A full-time Post-Doc position for three years in a highly ranked engineering school;
• A multidisciplinary project in the rapidly growing Organ-on-Chip field;
• Interaction in a young and motivated research team;
• Collaboration with companies all over Europe (Philips Electronics Netherlands, MultiChannel System, Fraunhofer, among others);
• Work in Delft, a vibrant university town a few minutes by train from Rotterdam and den Haag;
• Travels across Europe to interact with the project partners;
• Starting date: June 2020.
Interested applicants are strongly encouraged to submit the following documents to Massimo Mastrangeli (M.Mastrangeli AT tudelft.nl), placing in cc Nikolas Gaio (Nikolas AT biondteam.com) and Ronald Dekker (ronald.dekker AT philips.com), deadline before May 1st::
• Curriculum vitae;
• Cover letter describing your motivation to work with us;
• Names and complete contact information for at least one reference.