4 Data Modelling Jobs in Wien
Your personal sphere of influence:
- You will contribute to research projects and scientific studies in the field of computer-aided drug design,
- We expect you to finalize your dissertation agreement within 12-18 months.
- You work on your dissertation and its completion.
- You hold courses independently within the scope of the provisions of the collective bargaining agreement.
- You take on administrative tasks in research, teaching and administration.
- Specialist support for research projects already underway at the department
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Your personal sphere of play:
- You will be involved in unique ground-based and airborne research projects in which we collaborate with top scientific institutions such as NASA and NOAA
- You will be in the field for large-scale aircraft measurement campaigns including SABRE, INSPYRE, and others (typically several weeks per year) that only a few groups in the world carry out
- Your research will focus on airborne in-situ observations of coarse mode aerosols (including biological particles) and clouds
- You will develop novel methods and analysis tools for in-situ aerosol and cloud data using state-of-the-art techniques (e.g., image processing, machine learning)
- A significant fraction of the work will be focused on the maintenance and strategic development of the group's proprietary data evaluation software CAPSlib (Dollner, 2022) for processing and in-depth analysis of coarse mode aerosol and cloud data
- You will contribute to the setup, automation (including extensive software development), and operation of highly complex instrumentation for ground-based and airborne measurements
- You will analyze and interpret data from the urban background Aerosol Observatory at the University of Vienna, and from past and upcoming ground- and airborne field experiments
- You will contribute to outreach by publications, conference presentations and public activities
- You will continuously stay informed about the state of the art in your field, and develop and strengthen an independent research profile
- You will contribute to the success and self-organization of the group for research, and help with some administrative tasks
- You will contribute to project applications and the acquisition of third-party funding
- You will independently teach courses as defined by the collective agreement, and (co-) supervise students
- You will train students at all levels on the latest aerosol measurement methods and on software development for in-situ aerosol data analysis
- You will ensure sustainable know-how transfer in the field of aerosol physics to students, doctoral candidates and PostDocs
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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.
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Your personal sphere of play:
- You will be involved in unique ground-based and airborne research projects in which we collaborate with top scientific institutions such as NASA and NOAA
- You will be in the field for large-scale aircraft measurement campaigns (typically several weeks per year) that only a few groups in the world carry out
- Your research will focus on microphysical aerosol properties (in particular on aerosol hygroscopicity), and on the detection of airborne microplastics and carbonaceous aerosol
- You will contribute to the organization and implementation of ground-based and airborne field campaigns
- You will ensure the permanent operation of highly complex aerosol instrumentation
- You will contribute to the setup and operation of upcoming ACTRIS National Facility for aerosol in-situ at the University of Vienna
- You will develop novel methods and analysis tools for in-situ aerosol data using state-of-the-art techniques
- You will analyze and interpret data from the urban background Aerosol Observatory at the University of Vienna, and from past and upcoming ground- and airborne field experiments
- You will continuously stay informed about the state of the art in your field, and develop and strengthen an independent research profile
- You will contribute to outreach by publications, conference presentations and public activities
- You will contribute to the success and self-organization of the group for research, and help with some administrative tasks
- You will contribute to project applications and the acquisition of third-party funding
- You will independently teach courses as defined by the collective agreement, and (co-) supervise students
- You will ensure sustainable know-how transfer in the field of aerosol physics to students, doctoral candidates and PostDocs
- You will train students at all levels on the latest aerosol measurement methods
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