Postdoc place in 3D Bioprinting, Organ-on-Chip and Biomaterials
The School of Engineering on the College of Freiburg is searching for certified candidates for a postdoctoral place in 3D bioprinting, organ-on-chip, and biomaterials within the collaborating Laboratories for “Bioinspired Supplies” (Dr. Anayancy Osorio), for “MEMS Functions” (Dr. Peter Koltay & Prof. Roland Zengerle), and for “Sensors” (Prof. Gerald City) on the Institute of Microsystems Engineering−IMTEK, and on the Freiburg Heart for Interactive Supplies and Bioinspired Applied sciences−FIT. The postdoctoral scientist of the Emmy-Noether Analysis Group can be inserted in a superb analysis setting in Freiburg together with the livMatS Cluster of Excellence, the Freiburg Supplies Analysis Heart−FMF, the Medical School, and the institutes IMTEK and FIT. A wonderful analysis document within the subject of biomedical engineering, polymer science, materials science, microsystems engineering or associated areas is desired.
Producing useful in vitro tissue fashions that mimic points of cell 3D microenvironments is difficult. This can be addressed by combining 3D bioprinting of bioinspired biomaterials and microfluidic know-how to develop organ-on-chip fashions. The complicated hierarchical construction and self-regeneration of tissues just like the intervertebral disc, the cardiac, spinal tissue and vasculature make troublesome to engineer platforms which mimic tissue microstructure-function relationship in vitro. The 3D bioprinting of hybrid tissue fashions is an rising and highly effective know-how to attain the biofabrication of tissue and organ fashions.
The postdoctoral scientist is predicted to work within the design and characterization of organ-on-chip platforms, with miniaturized microfluidics and 3D bioprinted tissue fashions, to strategy organic and physiological parameters of the in vivo tissue counterparts. The analysis will focus within the improvement of biocompatible polymer bio-inks and of microsystems engineering setups to attain related useful tissues of managed microstructure.
On this postdoc, your fundamental actions can be:
- Design of hybrid polymer-based biomaterials by 3D bioprinting, engineering and characterization
- Microfluidic engineering and integration in organ-on-chip know-how
- Deal with cell cultures
- Carry out electrophysiology recording and information evaluation
- Help within the supervision of graduate college students
Required tutorial formation
- Efficiently accomplished research with a doctorate diploma in biomedical engineering, chemistry, supplies science, microsystems engineering, physics, or a associated background.
You can be working in a multidisciplinary and dynamic staff of engineers, chemists, physicists, materials scientists, clinicians and biologists. The place is embedded within the DFG funded Emmy Noether junior group mission on “3D Bioprinted scaffolds for tissue engineering” of the School of Engineering.
The postdoc place is deliberate for one yr. The wage can be decided in accordance with TV-L E13.
We’re significantly happy to obtain purposes from girls for the place marketed right here.
Please ship your software in English together with supporting paperwork citing the reference quantity 00001758, by 20.09.2021 on the newest. Please ship your software to the next handle in written or digital kind:
College of Freiburg
Institute of Microsystems Engineering IMTEK
NG Entw. 3D biogedruckte Gerüste
Dr. Anayancy Osorio
For additional data, please contact Frau Dr. Anayancy Osorio-Madrazo on the cellphone quantity +49 761 203-67363 or E-Mail firstname.lastname@example.org.
Normal and authorized remarks
Full-time positions could usually be cut up up into two or extra part-time positions, supplied that there are not any formal or authorized limitations. Candidates are chosen in accordance with the provisions of the AGG (Allgemeines Gleichbehandlungsgesetz – German Normal Equal Therapy Act).
Candidates with disabilities (Schwerbehinderte Menschen) can be given preferential consideration in case of equal qualification.
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