Scientific programmer on ‘Modular design of agent-based models and models’ integration’
- Published: 15 October 2021
- Deadline: 15 November 2021
- Location: Delft, the Netherlands
The current Programmer position will support the project on a number of computational tasks. The successful candidate will work within the SCALAR research team for a period of 2-3 years to help with (1) the design and increasing the performance of spatial ABM, and (2) integrating ABM with CGE models, and establishing a link with IAM. The first set of tasks will involve a development of a modular approach to the design of ABM, with a thorough model architecture, and flexible pathways for scaling up spatial ABM (currently coded in Python). Moving from urban to large-scale agent-based simulations is an important aspect of the project. For the second set of tasks that aspire to link the ABM with macro CGE and climate-economy Integrated assessment Models, you will work on aligning the data exchange between these models based on the latest advances in multi-modeling and the international standards on model integration.
- MSc or PhD degree in Environmental sciences, Computer Science, Software Engineering, Mathematics, Statistics or equivalent;
- Working knowledge of Python and demonstrated programming experience (student projects; computational projects with industry or government);
- See here for more details & conditions
RECURRING: 4TU Resilience Fellowship programme
- Published: 18 October 2021
- Deadline: 15 November 2021
- Location: Twente, Delft, Eindhoven, Wageningen
The 4TU Resilience Fellowship programme has three categories: Young Resilience Fellows, Resilience Fellows and Resilience Ambassadors. Fellows are selected by the participating universities (see call for proposals). Ambassadors are appointed by the Scientific Steering Group.
The call for proposals for (Young) Resilience Fellows is open until November 15, 2021. When preparing your application, please consider the following requirements:
- You need to have at least 3 years of post-graduate experience (as PhD researcher or practitioner).
- You need to prepare your proposal in consultation with one or more 4TU RE researchers.
- When submitting your application, please put your 4TU RE key contact person in cc.
- The hosting period should be completed within one year of the approval of your application.
CLOSED: Assistant Professor position in Sustainability and Complex Adaptive Systems
- Published: 20 Aug
- Deadline: 16 Oct
- Location: Twente
The Department of Governance and Technology for Sustainable Development (CSTM), University of Twente (UT), the Netherlands, invite applications for an Assistant Professor position in Sustainability and Complex Adaptive Systems. The Assistant Professor will join the CSTM thematic group on Social Complexity of Climate Change and will be embedded within Resilience Research Program of the Behavioural, Management and Social sciences Faculty.
The latter unites researchers from various social sciences with a shared focus on technology and computational methods to explore how individuals, communities, cities or regions withstand, cope, adapt and continue developing in the face of gradual stress or abrupt shocks. The BMS Resilience Research Program does so by using computational methods – data analytics, agent-based modeling, gaming and visualization (see also BMS Tech4people Lab) – as research tools in developing solutions towards the UN Sustainable Development goals.
An ideal candidate will share an emphasis on computational methods and sustainable urban-regional development challenges; candidates with a passion to make a difference in the climate change adaptation and mitigation .
CLOSED: PhD position on Macroeconomic modeling of damage assessments and climate change adaptation
- Published: 7 May
- Deadline: 14 Jun
- Location: Enschede
The successful candidate will work within the SCALAR research team to explore how various economic sectors in different countries are impacted by floods, how bounded rationality and evolutionary economic dynamics may impact damage functions, and how individual climate change adaptation options can be integrated, given behavioral biases and economic feedbacks.
During this 4-year long project, the PhD student will build up on existing CGE models and flood damage assessments, and extend them further by introducing climate adaptation decisions of households and businesses by linking to agent-based modeling.