PhD Scholarship in Microbial Interactions: Unlock the potential of microbial interactions through 3D bioprinting in a groundbreaking PhD position at the FHNW School of Life Sciences, Institute for Ecopreneurship. Join the Horizon Europe projects NYMPHE and MAR2PROTECT, contributing to the exploration of microbial interactions and metabolic processes in artificial biofilms for environmental pollutant degradation.
Summary Table:
| Parameter | Details |
|---|---|
| Application Deadline | Apply via www.fhnw.ch/open-positions |
| Start Date | Immediately |
| Duration | Initially one year, extendable based on evaluation |
| Study Area | Microbial Interactions and 3D Bioprinting |
| Scholarship Description | Investigate the spatial coordination of microbes in 3D bioprinted structures for environmental applications, focusing on pollutant degradation. Contribute to the Horizon Europe projects NYMPHE and MAR2PROTECT. |
| Eligibility | MSc in microbiology or related fields. Knowledge of microbial metabolism, chemical analysis, and 3D printing. Interest in interdisciplinary problem-solving. |
| Required Documents | Submit documents online at www.fhnw.ch/open-positions. Contact HR Manager Tanja Gildel for inquiries. |
| How to Apply | Apply online at www.fhnw.ch/open-positions. For inquiries, contact HR Manager Tanja Gildel or Scientific Assistant Dr. Boris Kolvenbach. |
| Last Date | Rolling applications – Apply at www.fhnw.ch/open-positions. Contact Tanja Gildel for details. |
Study Area: Explore the world of microbial interactions and 3D bioprinting, contributing to innovative solutions for environmental applications, particularly in pollutant degradation.
Scholarship Description: This PhD position focuses on the utilization of 3D bioprinting for creating artificial biofilms, allowing the investigation of microbial interactions and metabolic processes. The project, part of the Horizon Europe projects NYMPHE and MAR2PROTECT, aims to develop novel technologies for environmental pollutant degradation.
Eligibility: Candidates should hold an MSc in microbiology or related fields, possess knowledge of microbial metabolism, chemical analysis, and 3D printing. An interdisciplinary mindset and interest in problem-solving are essential.
Required Documents: Submit your application documents online at www.fhnw.ch/open-positions. For inquiries, contact HR Manager Tanja Gildel.
How to Apply: Apply online at www.fhnw.ch/open-positions. For further information, reach out to HR Manager Tanja Gildel or Scientific Assistant Dr. Boris Kolvenbach.
Last Date: Rolling applications – Apply at www.fhnw.ch/open-positions. Contact Tanja Gildel for details. Join us in unraveling the mysteries of microbial interactions through cutting-edge 3D bioprinting technology.
