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An exciting opportunity to improve systems simulation modelling in tackling the complex challenges in health and social care. The project focus is on understanding how personalised, technology-facilitated home care can efficiently meet current and future demands of health and social care for older adults. Systems simulation modelling (ABM, SD, DES, and hybrid models) has lacked a coherent theory for incorporating health-related behaviour—crucial to addressing this topic.
The Department of Management Science at the University of Strathclyde is hiring for a lecturer position (Assistant professor).
The lecturer search is across all the Department’s research themes, with one of the five main areas of interest being complex systems simulation.
The Department conducts research on improving simulation methods rigour, including agent-based modelling, system dynamics, discrete-event simulation, and hybrid models. It also teaches the three simulation methods.
Opening for Post-Doc position at University of Illinois
This person will help design, develop, communicate and apply bird sub-models of an Agent Based Model to simulate effects of interacting stressors on least bells vireos (an endangered bird species found in southern California). This video (https://www.youtube.com/watch?v=c0DQPcSk-Qg) provides a 1/2 hour project summary. Ideal candidates will be familiar with ABM and have strong scientific writing skills. Questions can be directed to Dr. Pat Zollner.
The Department of Management Science at the University of Strathclyde is hiring for a lecturer position (Assistant professor).
The lecturer search is across all the Department’s research themes, with one of the five main areas of interest being complex systems simulation.
The Department conducts research on improving simulation methods rigour, including agent-based modelling, system dynamics, discrete-event simulation, and hybrid models. It also teaches the three simulation methods.
The TerraNeon project (PI : Jean-Daniel Kant) proposes to build an innovative decision-making tool aimed at reducing the impact of human activities on climate and biodiversity by adopting a highly systemic and multi-agent approach. TerraNeon is supported by CNRS Innovation, and Sorbonne University.
TerraNeon includes TerraSim, an agent-based simulator (composed of interacting software agents) to model and simulate: human activities (individual and social), economic activities (i[…]
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.
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[…]
The aim of the proposed Ph. D. project is to develop and evaluate alternative scenarios for spatially dispersed Net Zero lifestyles that entail viable rural communities and economies; with the viability being demonstrated through spatial agent-based social simulation. The following research questions could be investigated in pursuit of this aim, though the student will be encouraged to develop these questions themself:
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