Your working place:
- You lead the software development and support research applications of the orbital modeling code DYNAMITE.
- You contribute software expertise to other computational astrophysical projects.
- You contribute to publications in peer-reviewed journals and to (re)presentations at international meetings.
- You (co-)supervise Bachelor, Master and Doctoral students in Astronomy.
- You teach within the provisions of the collective bargaining agreement.
- You take on administrative tasks in research and teaching.
- You become an engaged member of the 'Dynamics of Stellar Systems' research group and the Department of Astrophysics.
|
Job description:
- Advice and support to researchers in the area of RDM and Open Science, such as assisting them in writing data management plans, organizing their data, and preparing their data for publication in repositories
- Design and development of innovative discipline-specific services in the area of RDM
- Building awareness for sustainable RDM
- Development of workflows, policies and standards for RDM
- Design and delivery of needs-based training on RDM and Open Science
- Conducting needs assessments among the FGGA faculty
- Networking in university internal, national and international initiatives
|
Your personal sphere of play:
- You contribute to the group’s development through outreach, networking, editorial work, and co-organization of events such as conferences and workshops
- You contribute to and lead international publications and presentations
- You acquire third-party funding on Austrian and European level
- Independent teaching (as defined by the collective agreement), mentoring, and supervision of students
- Maintaining and deepening the group's strong ties to industry, government agencies, and international partners
|
Your personal sphere of play:
- Establishment of a sustainable spatial data infrastructure (SDI) for the long-term (re)use and archiving of research results across campus
- Provision of customized geo-tools analytical and communication (e.g., mapping) services across disciplines
- Optimization of geo-communication through innovative analysis and visualization approaches
- Create synergies through centralized development and provision of geo-data solutions
- Consulting and (semi-automatic) quality control to ensure geo-data products such as Web maps and future generative GeoAI results released at the University of Vienna meet geocommunication requirements and international geo-data standards (e.g., OGC and W3C)
- Integration of the GHD into a future center for long-term anchoring, promotion of interdisciplinary cooperation, and strategic development in the area of (spatial) data science
|
