6 Environment Systems Science Jobs in Wien
Your personal sphere of play:
- Applying LC-MS analyses of microbial metabolites
- Synthesis of activity-based probes and chemical standards
- Investigating bacterial biotransformation products of human drugs
- Investigating effects of drugs on siderophore biosynthesis and degradation
- Close collaboration between Chemistry and Microbiology
- Data analysis
- Publications in peer-reviewed journals and presentations at international conferences
- Supervision of trainees and students
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Your personal sphere of influence:
- Involvement in and finalizing of a research project as detailed in your doctoral thesis agreement
- Publications and presentations
- Involvement in project applications for third-party funding
- Teaching of courses as defined by the collective agreement
- Supervision of trainees and students
- Meeting and consulting with your supervisor(s) on a regular basis in order to prioritize your tasks and get the necessary support to complete your dissertation successfully in time.
- Actively seeking support (workshops, training, coaching etc.) if necessary
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Your personal sphere of influence
- Involvement in and finalizing of a research project as detailed in your doctoral thesis agreement
- Publications and presentations
- Involvement in project applications for third-party funding
- Teaching of courses as defined by the collective agreement
- Supervision of trainees and students
- Meeting and consulting with your supervisor(s) on a regular basis in order to prioritize your tasks and get the necessary support to complete your dissertation successfully in time.
- Actively seeking support (workshops, training, coaching etc.) if necessary
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Your Tasks
- Focus on developing an exploratory landscape evolution model (LEM) and on collectively investigating (with the CHLS team) how climate change and human activities shape the landscape.
- Integrate mountain hazard processes (e.g. landslides, debris flow) into a LEM.
- Design your own research in the context of LEM in line withthe objectives of the CHLS research groupand publish results in peer-reviewed journals.
- Interdisciplinary collaboration within the CHLS team to enhance the conceptual model for the analysis of coupled human-landscape systems in mountain areas (Hossain et al. 2020). This includes the identification of crucial couplings and interactions within the biophysical dimension on different spatial and temporal scales.
- Contribute to a numerical prototype of a coupled human-landscape model, grounded in our conceptual framework and case-study sites. Socio-economic dynamics are covered by another postdoc focusing on agent-based modeling.
- Seek out and contribute to proposal writing efforts to secure third-party funding for further research within the group.
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Your professional field of activity:
- Collaboration and research in the field of mathematical proof automation:
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About the team:
- theoretical solid-state physics, including but not limited to modeling of oxides and their surfaces
- machine learning methods, and/or the development of novel solutions to the many-body Schrödinger equation.
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