labour agreement (CAO) of the Dutch universities (CAO Nederlandse Universiteiten) or the Academic Medical Centres (CAO Universitair Medische Centra). Universities (CAO Nederlandse Universiteiten) and the Collective Labour Agreement University Medical Centres (CAO Universitair medische centra), and the. Nederlandse Universiteiten) and the Collective Labour Agreement for University. Medical Centres (CAO Universitair medische centra). Another premise is that.
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As a scientific programmer you will be primarily responsible for making the work of our group publicly available through dedicated websites e.
Follow us on facebook twitter linkedin rss instagram youtube. We are currently looking for a scientific programmer in the research group of prof. Occasionally you will collaborate with colleagues from other research groups within the department and the Genomics Coordination Centre www.
Therefore you will work closely with all members of the team, depending on the needs within the projects. Furthermore, you will contribute to data-analysis on projects throughout the group.
Terms of employment | LEaDing Fellows
If you want to contribute to science and develop tools to improve healthcare as a programmer, this position is the next step in your career. Your work may result in co-authorships on scientific papers for these projects and may potentially provide the basis for obtaining a PhD degree.
We feel passionate about gaining new scientific insight by reinterpreting large datasets. Our group is a young, centrs and international bio-informatics group of 5 PhD-students and 4 postdocs.
Key themes in our lab are data visualization, statistical modelling, big data and data integration. This position has become available because the current scientific programmer will continue as a PhD-student.
Job description As a scientific programmer you will be primarily responsible for making the work of our group publicly available through dedicated websites e. We are universiatir concentrating on 1 integrating multi-omics datasets to identify likely causal genes for diseases that might be targetable by drugs, 2 helping to develop computational strategies to increase the diagnostic yield in clinical genetics, and 3 contributing to the development of personalized medicine by performing large-scale genome-wide association studies on centa use and by implementing pharmaco genetic passports in the general population.
We have contributed to the identification of genetic variants that cause type 1 diabetes, rheumatoid arthritis, celiac disease, ulcerative colitis and Crohn’s disease.