WE SEARCH FOR
Crises such as wars, pandemics, and climate extremes destabilise global and national supply chains, and can lead to significant supply shortages of essential goods, such as food and medicines.
Severe disruptions propagating along complex supply chain networks can expose entire regions or countries to the risks of food supply shortages. How can the risks threatening food security be quantified in real time?
How can supply chain networks be made more resilient to such shocks?
To answer these questions, we are looking for a dedicated postdoc for an interdisciplinary collaborative research project on developing a supply network stress testing (SNST) framework for real world supply network data of unprecedented detail. Based on cutting edge science of supply-chain networks and agent based modelling, SNST focuses on improving the resilience of the Austrian food security
Severe disruptions propagating along complex supply chain networks can expose entire regions or countries to the risks of food supply shortages. How can the risks threatening food security be quantified in real time?
How can supply chain networks be made more resilient to such shocks?
To answer these questions, we are looking for a dedicated postdoc for an interdisciplinary collaborative research project on developing a supply network stress testing (SNST) framework for real world supply network data of unprecedented detail. Based on cutting edge science of supply-chain networks and agent based modelling, SNST focuses on improving the resilience of the Austrian food security