The research of the post-doc will be focusing at the modeling of human behaviour in selected cases of local social innovation (projects at neighborhood level). The HUMAT framework, developed in an earlier project (SMARTEES, see https://local-social-innovation.eu) will be used as architecture for developing a simulated population for selected cases. Empirical data will have to be collected and implemented to construct a valid and representative population. Simulation runs will produce differ[…]
Job Opportunity - Netlogo developer
The primary duties of the position will consist of working collaboratively to maintain and improve complex agent-based simulation models of human behavior in NetLogo. This will include general model improvements of existing models, designing and coding new model components, and research and experimentation with these models.
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]
A Post-Doctoral Schloar position is available in Dr. Pat Zollner’s lab in the Department of Forestry and Natural Resources at Purdue University. The PhD student will work collaboratively with a PhD student, project Co-PIs, and stakeholders to develop an Agent Based Model to understand how multiple stressors and interactions between those stressors as well as management scenarios impact populations of Least Bell’s Vireo in Southern California.
A PhD position is available in Dr. Pat Zollner’s lab in the Department of Forestry and Natural Resources at Purdue University. The PhD student will work collaboratively with a post doc, project Co-PIs, and stakeholders to develop an Agent Based Model to understand how multiple stressors and interactions between those stressors as well as management scenarios impact populations of Least Bell’s Vireo in Southern California.