Referent (m/w/d) Klinische Studien - Clinical Trial

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.

Referent (m/w/d) Klinische Studien - Clinical Trial - im Bereich MedWiss - URSAPHARM Arzneimittel GmbH

Die Mission
Unsere Mitarbeiter stellen hochwertigste Markenprodukte für die Gesundheit her. Die stabile und außergewöhnliche Qualität unserer Produkte und Prozesse bei der Fertigung gründet unter anderem auf unserem Innovationsgeist, dem uneingeschränkten Qualitätsbewusstsein und unserer besonderen Qualitätskultur. Wir wachsen weiter und suchen Sie in Vollzeit!

Ihr zukünftigen Aufgaben
• Enger Kontakt mit Studienzentren und relevanten Schnittstellen im Unternehmen; Betreuung aller notwendigen Studienbelange
• Vorbereitung von Studienunterlagen zur Vorlage bei Ethikkommissionen und Behörden
• Erstellung von Studienplänen und Verfolgen der Studien gemäß den festgelegten Plänen
• Überwachung der Studien vor Ort und/oder Remote
• Unterstützung der Entwicklung von eCRFs/EDCs für Studien durch die Definition von inhaltlichen Anforderungen, durch Tests und Validierung
• Betreuung von medizinisch-wissenschaftlichen Anfragen unserer Kunden (Ärzte, Apotheker, Patienten)

Ihr Profil
• Abschluss eines FH-Studiums aus dem pharmazeutischen oder naturwissenschaftlichen Bereich
• Hohen Affinität und Interesse zu medizinischen Belangen rund um Auge und Optik
• Erfahrungen im Management und Monitoring von klinischen Studien, idealerweise mit Medizinprodukten und Arzneimitteln
• Fachkenntnisse in Regularien wie zum Beispiel GCP, EU MDR, ISO 14155
• Sehr gute Kenntnisse der MS-Office Produkte (Word, Excel, PowerPoint)
• Sehr gute Deutsch- und Englischkenntnisse in Wort und Schrift
• Gute Kommunikationsfähigkeiten
• Eigenständiges, strukturiertes, verantwortungsbewusstes, teamorientiertes, präzises und zielgerichtetes Arbeiten auch unter Zeitdruck sowie Fähigkeit, zu priorisieren
• Bereitschaft zur Teilnahme an Weiterbildungsmaßnahmen, gelegentlich Dienstreisen

Sind Sie interessiert?
Dann freuen wir uns auf Ihre vollständigen und aussagekräftigen Bewerbungsunterlagen mit der Angabe Ihres frühestmöglichen Eintrittstermins per E-Mail an: [email protected]
Bitte beachten Sie:

Postalisch eingesandte Bewerbungen werden von uns digital erfasst. Nach der Erfassung werden die Unterlagen vernichtet und nicht an Sie zurückgesandt.

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.

The INM-Leibniz Institute for New Materials is an internationally leading center for interdisciplinary research on materials, and their exploitation in materials-based solutions for a sustainable world with increasing digitalization and medical needs. Our research integrates materials chemistry, biological processes, physical analysis, and process engineering. We aim for leadership in the fields of opto-interactive, electro-integrative and bio-intelligent material systems. In these areas, we actively seize opportunities to transfer our scientific results into materials-driven innovation.



INM’s research group Immuno-Materials, headed by Dr. Oskar Staufer investigates how microscale cell-like materials can be formed such that they combine multiple life-like functionalities and can be integrated into living systems. For this we apply organoid cultures, bottom-up synthetic biology and artificial tissues to reconstitute immunoregulatory processes for therapeutic applications. In our new project Synthetic Lymphatic Tissues we invite applications for a

Postdoctoral Researcher (F/M/D)

on development of synthetic lymph nodes as drug screening platforms
positions starting on November 1st 2024 (with some flexibility).
Design and characterize synthetic cell tissues with immunological properties.
Perform bulk and single cell RNA sequencing experiments and analysis.
Investigate immunoregulatory interactions between synthetic cells, cancer cells and immune cells.
Screening of natural product drug libraries for immuno-regulatory compounds.

PhD degree in biophysics, bioinformatics, biochemistry, or a related field.
Experience in RNA-seq analysis and application of machine learning approaches.
Previous experience with cell culture, advanced light microscopy imaging or electron microscopy is beneficial.
Very good communication and writing skills in English. German language skills are beneficial but no required.



on scientifically interesting and technically relevant challenges in a motivated research group leading the field of synthetic cell applications in immunology,
in an institute that supports you to perform high-quality research and to present and publish your research results,
in an interdisciplinary and international institute with excellent infrastructure,
at the heart of the Greater Region (Germany, France, Luxemburg, Belgium),
a comprehensive benefits package (flexible working hours, mobile working, company pension scheme) with a 2-year contract based on TV-L E13 renumeration with the possibility to increase based on transparent performance criteria.