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The BarfussLab seeks a motivated and talented doctoral researcher to join our team in modeling human-environment systems. The position is for three years with the possibility of extension. The successful candidate will work on developing, implementing, and analyzing mathematical models of human-environment interactions at the intersection of complex systems science, multi-agent reinforcement learning, and social-ecological resilience.
You will work on a project, funded by the European Research Council, called Data Assimilation for Agent-Based Models (DUST). The project is developing agent-based computer simulations that can be used to model social phenomena – such as disease spread, traffic congestion, or crowding in busy public places – in real-time, with the aim of providing valuable, up-to-date information to decision makers. Agent-based modelling is an ideal methodology for this type of simulation but has rarely been[…]
This postdoc will work with all collaborators under the direction of Dr. Pat Zollner to develop an Agent Based Model of the behaviors of cage free chickens. This work will be informed by extensive empirical work and will use ODD & TRACE for documentation to compare alternative cage free housing systems based on chicken welfare and laying of eggs outside nest boxes. Work will incorporate perspectives from industry as well as interested non-governmental organizations.
Developing artificial populations for digital twins and ABMs
This postdoc will help design, develop and apply an Agent Based Model simulating the effects of stressors on least bells vireos (an endangered bird species found in southern California). A project overview can be found here (https://serdp-estcp.org/projects/details/89fdcf5b-0c44-41f9-af97-fd1d45908863/rc22-3216-project-overview) and this video (https://www.youtube.com/watch?v=c0DQPcSk-Qg) provides a 1/2 hour project summary. Questions can be directed to Dr. Pat Zollner using [email protected].
We are seeking to appoint a Postdoctoral Research Assistant (PDRA) for a continuing interdisciplinary project to build an agent-based model (ABM) to represent the extraction of fish by fishing vessels in open ocean fisheries and the associated effects on ocean ecological systems. The goal of this effort will be to identify pragmatic fisheries management strategies tailored both to the complexity of the ocean ecosystem, and the limitations of social, economic and regulatory systems. This pos[…]
Job Purpose
To make a leading contribution to the research and data service activities of the UKRI-ESRC-funded Urban Big Data Centre (UBDC). Specifically, working with Professor Alison Heppenstall, the job requires a background in computational modelling, particularly individual-based modelling approaches (agent-based modelling and microsimulation) within the area of urban analytics and social simulation. You will develop individual-level models, together with the underpinning methods, th[…]
The George Mason University Departments of Geography and Geoinformation Science and Computational and Data Sciences within the College of Science have an immediate opening for a multi-year postdoctoral fellow, subject to budgetary approval. This position will be part of a multi-institutional team participating in a funded research program. The GMU team is directed by Drs. Taylor Anderson, Hamdi Kavak, and Dieter Pfoser. George Mason University has a strong institutional commitment to the ac[…]
The TPM Energy Transition Lab is looking for a PhD candidate in agent-based modelling (ABM) on the energy transition. The candidate will be appointed for 4-years to research how to better understand and accelerate the energy transition through innovative modelling approaches. The PhD candidate studies how the energy behaviour of individuals, households, companies and other stakeholders relates to investment and use of energy technologies, but also perceptions about energy systems affect ong[…]
The TPM Energy Transition Lab is looking for a PhD candidate in agent-based modelling (ABM) on the energy transition. The candidate will be appointed for 4-years to research how to better understand and accelerate the energy transition through innovative modelling approaches. The PhD candidate studies how the energy behaviour of individuals, households, companies and other stakeholders relates to investment and use of energy technologies, but also perceptions about energy systems affect ong[…]
Displaying 10 of 138 results academic clear