Engineering Team at our location in Unterschleißheim near Munich, we are looking for an engaged Working Student..tasks including test automation and result analysis Currently enrolled as a Bachelor or a Master student
Engineering Team at our location in Unterschleißheim near Munich, we are looking for an engaged Working Student..tasks including test automation and result analysis Currently enrolled as a Bachelor or a Master student
Working Student – Corporate Information & Cyber Security (m/f/d) Collaborate in the global oversight..fostering opportunities for learning and professional development Currently enrolled as a student
Working Student - System Test Management (m/f/d) Get hands-on experience in creating and refining
- Understand the challenges of digital filter design from the hardware perspective: quantization effects, number of taps, trade-off between the performance and the hardware resources, etc … - Evaluate different ideas of digital time-variant filter design to meet a pre-defined performance within an FPGA - Compare the results in terms of performance and required hardware resources - Ongoing Master
applications from students that are in the advanced stages of their degree and that are seeking a working student
The project will use advanced imaging and state-of-the-art molecular biology approaches examining cell communication and interactions mediated by novel ECM candidates in hepatocyte polarity and cell-cell interactions leading to hepatocyte-biliary tube formation driving functional tissue organization in liver development and regeneration.
The project will use advanced imaging and state-of-the-art molecular biology approaches examining cell communication and interactions mediated by novel ECM candidates in hepatocyte polarity and cell-cell interactions leading to hepatocyte-biliary tube formation driving functional tissue organization in liver development and regeneration.
The project will use advanced imaging and state-of-the-art molecular biology approaches examining cell communication and interactions mediated by novel ECM candidates in hepatocyte polarity and cell-cell interactions leading to hepatocyte-biliary tube formation driving functional tissue organization in liver development and regeneration.
The project will use advanced imaging and state-of-the-art molecular biology approaches examining cell communication and interactions mediated by novel ECM candidates in hepatocyte polarity and cell-cell interactions leading to hepatocyte-biliary tube formation driving functional tissue organization in liver development and regeneration.
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
The project will use advanced imaging and state-of-the-art molecular biology approaches examining cell communication and interactions mediated by novel ECM candidates in hepatocyte polarity and cell-cell interactions leading to hepatocyte-biliary tube formation driving functional tissue organization in liver development and regeneration.
and workflows with internal and external partners, and you supervise and coach external employees and student
The project will use advanced imaging and state-of-the-art molecular biology approaches examining cell communication and interactions mediated by novel ECM candidates in hepatocyte polarity and cell-cell interactions leading to hepatocyte-biliary tube formation driving functional tissue organization in liver development and regeneration.
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
Philipp Pelz at FAU Erlangen-Nürnberg offers a position as Your Tasks Develop and test new approaches and algorithms for large-scale multi-dimensional (3D/4D/5D), multi-modal reconstruction of electron-microscopy datasets at the atomic-, nano-, and microscale Design, optimize, and execute multidimensional Scanning Transmission Electron Microscopy experiments Publish and present the results of the
