PhD opening in material science of stone conservation

The present PhD student will use such 3D printed stones in the unique testing facilities of the Chair for Physical Chemistry of Building Materials. This will enable the reproduction under laboratory conditions of harsh events that condition the weathering of building stones on monuments. That study will be complemented by method development to enable rapid detection of contour scales on site, in addition to exploring possible means of halting the propagation and/or formation of such contour scales.

The Chair of Physical Chemistry of Building Materials within the Institute for Building Materials offers many chances for jump-starting an academic or industrial research career in cement and concrete technology, with a strong basis in materials chemistry and rheology. Our highly diverse and international group also offers many networking opportunities through academic societies such as RILEM, industry connections, as well as internal ETH connections. We are committed to diversity by allowing flexibility in working hours, home office, and other measures to ensure team members can adequately perform their roles.

• keen interest, or preferably experience in heritage conservation science

• Masters degree in conservation science, material science, chemistry, chemical engineering, civil engineering, or conservation architecture

• good experimental skills

• excellent oral and written level of English

• conversational knowledge of German is an advantage, but desire to learn it is a must

• very good communication skills and willingness to collaborate with other researchers