8 Environment-"IBM" positions at Max Planck Institute of Molecular Cell Biology and Genetics, Dresden in Germany in Germany

Postdoctoral Position or Ph.D. student (m/f/d) | Energetics of Biological Systems

. The institute has won several prizes for its optimal work conditions and family-friendly environment. The Rodenfels group at the Max Planck Institute of Molecular Cell Biology and Genetics in Dresden, Germany

Chief Operating Officer (COO) (m/f/d)

optimizing operational efficiency at MPI-CBG. By coordinating organizational aspects and developments, the COO ensures a seamless operational environment conducive to research activities. This involves

Postdoc(s) (m/f/d) | Mechanics of tissue organogenesis and repair

institute focused on cell and developmental biology. Currently about 500 employees from over 50 countries work at the institute in a highly collaborative and curiosity-driven environment. Our research

Technical Assistant (m/f/d) | Fluorescence-Activated Cell Sorting (‘FACS’) scientific core facility

(‘CSBD’) a rich environment for theoretical approaches, modelling and simulation. Main responsibilities We are seeking a highly motivated and service-oriented individual with a background in FACS

(m/f/d)

institute focused on cell and developmental biology. Currently, about 500 employees from over 50 countries work at the institute in a highly collaborative and curiosity-driven environment. Our

Executive Assistant (m/f/d)

environment.  The institute has recently expanded its research vision to encompass stem cell-derived models, synthetic tissue systems and organoid models. The institute is well known for its flat organizational

Technical Assistant (m/f/d) in Cell Biology of Aging

, representing 53 nations. The institute has won several prizes for its optimal work conditions and family-friendly environment. Main responsibilities The successful candidate will work with organoids and be

Executive Assisstant (m/f/d)

scientists to create a vibrant, interdisciplinary working environment.  The institute has recently expanded its research vision to encompass stem cell-derived models, synthetic tissue systems and organoid