03.04.24 | Vollzeit | Leverkusen | Exyte Central Europe GmbHMitwirkung bei der Kostenkontrolle in der Ausführungsphase, Gegenprüfung der Ist mit Soll-Kosten und Zurückschreiben in die Kalkulation - Erstellung von Benchmarks für verschiedene Projektphasen z.B. nach der Endprodukt-Methode, Physical Dimension Method, nach tatsächlichen Leistungswerten - Auswertung
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
Später ansehen11.04.24 | Vollzeit | Leverkusen | University of BonnThe Schlitzer Lab at the Life and Medical Sciences Institute (https///2RXDH0M) integrates spatial single-cell OMICS, high-dimensional imaging, and flow cytometry to unravel novel mechanisms and regulatory circuits during the functional specialization and development of mononuclear phagocytes. 1
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