Vollzeit | Teilzeit | befristet | Freelancer, Projektarbeit | Leasing, Zeitarbeit | Geringfügig
Wir bieten
spannende Aufträge österreichweit, eine professionelle Betreuung und attraktive Verdienstmöglichkeiten.
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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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Aufgaben
- Aktive Kundenansprache & persönliche Erstkontakte
- Betreuung und Beratung von Neu- & Bestandskund*innen
- Telefonische und schriftliche Kommunikation (E-Mail, Telefon)
- Organisation & Unterstützung von Veranstaltungen (z. B. meinefotoparty.at)
- Mitarbeit bei Marketingkampagnen & Vertriebsstrategien
- Verkauf von spannenden Dienstleistungen (Marketing, Webdesign, Events, Model-/Statistenvermittlung)
- Administrative Aufgaben (Kundinnen, Lieferantinnen, Abläufe)
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Wir bieten:
- Flexible working hours
- Home-office possibility (hybrid model, depending on the project)
- This position will be newly created in the company
- Employee share in the company's success
- Meal subsidy and subsidised lunch
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Your personal sphere of influence:
We are looking for a highly motivated and creative PhD student to explore fundamental questions of planetary habitability related to Snowball Earth or Earth-like exoplanets. Possible topics could be the mechanisms that allow or inhibit water belt states as alternative scenarios for Snowball Earth, the impact of clouds, aerosols and hazes on the climate and habitability of Earth-like exoplanets, or the development of a new radiation scheme for climate model simulations with high atmospheric carbon dioxide. Whatever the topic, you will develop and run climate model simulations and combine the modeling work with theory and mechanistic understanding. You will have the opportunity to run global simulations with km resolution on some of the fastest supercomputers available for climate science. You will also benefit from our long-term collaborations on Snowball Earth and exoplanets with the Department of Astrophysics of the University of Vienna, the University of Chicago, Columbia University, and Peking University.
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