S. Asgarpour MSc | People Pages: Find employees & contact details

I have gained my bachelor’s degree in Civil Engineering from the University of Tehran. I continued my studies in the master of Construction Management and Engineering at the Technical University of Eindhoven (TU/e), with the master thesis subject that aimed to improve 3D concrete printing process. After working for about one year and a half as a junior asset manager at the consultancy firm Arcadis, my interest to conduct research got me back to university.

I started my PhD in April 2018 in the project Responsible Infrastructure for Responsive Institutions (RITRI), a collaboration with knowledge institute NGInfra and Rijksuniversiteit Groningen (RUG). In UT, we aim to identify and model infrastructure interdependencies, in order to support strategic decision-makers in infrastructure agencies to detect opportunities for joint investment and coordination.

Current projects

Responsible Infrastructure for Responsive Institutions (RITRI)

Infrastructure administrators have been confronted with considerable investment needs in their infrastructure networks that mainly stem from an increased demand encountering an aged and deteriorated infrastructure stock. Since these investment needs can overlap in time and geographically, they can become cross-sectoral investment opportunities for increasing the responsiveness of the infrastructure system as a whole. However, for investment opportunities to be seized, infrastructure administrators have to be able to align their individual decision-making processes: the institutional system has to be responsive as well. The research project “Responsive Infrastructure through Responsive Institutions (RITRI)” addresses this challenge. It is guided by the following research question: What are investment opportunities to make infrastructure systems responsive now and in the future, and what institutional rules need to be adapted so that these investment opportunities can be seized? In order to answer the question, the research adopts an engaged scholarship approach bringing together in-depth scientific and practical knowledge on infrastructure planning and management and institutional analysis and design. It deploys multiple methods including scenario building, institutional analysis, stress-testing, and serious gaming to gain insights into the infrastructural opportunities and institutional requirements for increasing infrastructure responsiveness. By introducing responsiveness as the capability of a system to anticipate and shape future societal and technological changes, the research is particularly interested in how infrastructure administrators can play a more constitutive role in change trajectories. With its focus on cross-sectoral decision-making, the research also studies how infrastructure administrators can take up such a role in a joint manner.