2 dagen geleden - Universiteit van Amsterdam (UvA) - Amsterdam
The Amsterdam School for Cultural Analysis, one of six research schools of the Faculty of Humanities, has a vacant PhD position as part of the ERC …
The Department of the Built Environment invites applications for a position as Assistant Professor in the Chair of Structural Design (Steel Structures) within the unit Structural Design. The assistant professorship is a tenure track position that includes teaching, research, valorization and administrative duties.
The unit Structural Design (SD) of the Department of the Built Environment is a leading research and educational group in the field of structural engineering in the built environment.
The chair of Structural Design (Steel Structures) focuses on buildings, bridges and infrastructure and their components containing steel as the main structural material. The chair addresses education, design and research of steel structures. The research carried out is of a numerical, experimental or analytical nature. Experimental research is carried out in the well-equipped Structures Laboratory Eindhoven, TU/e. The chair has a substantial network at the national level (e.g. steel association Bouwen met Staal) and at the international level, (e.g. European Convention for Constructional Steelwork, International Association for Bridge and Structural Engineering) and co-operates with many universities. The chair works in the field of strength, stability and fatigue of steel structures and wants to strengthen its position in the field of structural health monitoring by this new position for an assistant professor.
As an assistant professor, you will contribute to achieving the educational and research objectives of the chair of Structural Design (Steel Structures). You will participate actively in the teaching of courses and the supervision projects of MSc and PhD students. You will be involved in the writing of research proposals and the acquisition of external funds to strengthen current and new research initiatives in the chair. You will pursue strategic internal and external collaborations, and publish your research results in high-quality scientific journals.
The assistant professor we are looking for will focus on Structural Health Monitoring (SHM). As many developed countries, the Netherlands can be characterized by a large number of intensively used existing buildings and infrastructures, in comparison to the new construction volume. Asset management is thus rapidly becoming an important, multidisciplinary expertise within the construction industry and structural engineering is one of the pillars of this expertise. The development of asset management of structures is enabled by knowledge on the structural performance by means of measured data. This involves new measuring and sensing technology as well as big data processing and analysis, allowing sophisticated new approaches to the engineering side of asset management.
Many existing structures are approaching the end of their design working life and questions arise whether to replace these structures or to keep them in service while guaranteeing sufficient safety. These structures are often reassessed and as the outcome of that, they may be kept in service if carefully monitored in terms of e.g. their stiffness and stress levels. Therefore, monitoring techniques aiming at measuring aspects related to safety of existing structures are seriously considered. Monitoring techniques are available that detect structural defects in the course of time under operation. If defects are detected, techniques are available to size these defects. Recently significant progress has been made in sensing technology regarding the accuracy, robustness of sensors and data processing. However, to link these developments to structural applications requires additional research and development. All this belongs to the domain of Structural Health Monitoring (SHM). By fulfilling the position of assistant professor SHM, we aim at performing research in a structural way on the link between SHM and structural behavior.