eth stone

ETH Zurich is offering a PhD position in the Chair for Physical Chemistry of Building Materials, focusing on material science of stone conservation. The project investigates contour scaling mechanisms using powder-bed 3D printing of stone-like materials and on-site monitoring methods.Collaboration with the Chair for Digital Building Technologies enhances...

Organisation/Company ETH Zürich Research Field Chemistry » Analytical chemistry Chemistry » Physical chemistry Chemistry » Other Engineering » Chemical engineering Engineering » Civil engineering Engineering » Materials engineering Environmental science » Earth science Researcher Profile First Stage Researcher (R1) Application Deadline 22 Oct 2026 -...

ETH Zurich's Chair for Physical Chemistry of Building Materials invites applications for a PhD position on stone conservation, focusing on contour scaling mechanisms in molasse sandstone. The project combines 3D printed stone analogues with on-site monitoring and testing of potential treatments.The PhD candidate will collaborate with colleagues in Digital...

ETH Zürich invites applications for a PhD opening in the field of material science focusing on stone conservation. The project investigates contour scaling mechanisms using powder-bed 3D printing to simulate stone deterioration, enabling on-site monitoring and testing potential treatments.Collaboration with a second PhD candidate is part of the program,...

ETH Zurich invites applications for a PhD opening in the material science of stone conservation. The project aims to establish and validate a novel experimental workflow using powder-bed 3D printing to create stone-like samples and study contour scaling under controlled laboratory weathering conditions.The PhD student will work in the Chair for Physical...

PhD opening in material science of stone conservation 100%, Zurich, fixed-term Project background This project aims to establish and validate a novel experimental approach to the study of stone deterioration by leveraging powder-bed 3D printing of stone-like materials. This enables the creation of spatially graded samples mimicking natural stones and their...

The Chair for Physical Chemistry of Building Materials has one opening for PhD. position on the topic of stone conservation, in particular the mechanisms of contour scaling. This PhD is part of the collaborative project “Spatially graded 3D printing to elucidate contour scaling of building stones”. It aims at elucidating the mechanism of contour scaling...

ETH Zurich's Chair for Digital Building Technologies invites a PhD candidate to design, build, and commission a laboratory-scale powder-bed printer with dual feeds. You will develop the system as a modular research instrument and print stone replacement parts for heritage buildings.You will investigate graded deposition to tailor material behavior,...

The Chair for Physical Chemistry of Building Materials has one opening for PhD. position on the topic of stone conservation, in particular the mechanisms of contour scaling. This PhD is part of the collaborative project "Spatially graded 3D printing to elucidate contour scaling of building stones". It aims at elucidating the mechanism of contour scaling on...

PhD opening in 3D printed stone for heritage buildings100%, Zurich, fixed-termProject backgroundStone is among the oldest building materials, and among the least controllable: its properties are found in the quarry, not designed. Restoration exposes this limitation acutely. A replacement part must be compatible with the original and must enter a dialogue...

ppThe ETH AI Center promotes trustworthy, accessible, and inclusive AI systems. For this goal, we bring together interdisciplinary research teams of AI foundations, applications, and implications across all departments and look at AI from many different angles like mathematical principles, medicine, architecture, robotics, and social sciences / future of...

Unsere Auftraggeberin, die Gähler und Partner AG, ist eines der führenden Generalplanungsbüros mit Sitz in Ennetbaden, spezialisiert auf die ganzheitliche Planung und Umsetzung anspruchsvoller Bauprojekte.Zur Erweiterung des Teams sind wir exklusiv beauftragt, Sie für diese Position anzusprechen.Abteilungsleiter/-in Bahn Ingenieurbau 100%Ihr...

Unsere Auftraggeberin, die Eberhard Unternehmungen, gehört zu den führenden Schweizer Unternehmen in den Bereichen Rückbau, Altlastensanierung, Baustoffkreislauf und Ressourcenmanagement. Im Rahmen einer langfristigen Nachfolgeregelung sind wir exklusiv beauftragt, Sie für diese Schlüsselposition anzusprechen.Bereichsleiter/in Altlasten &...

Unsere Auftraggeberin, die Multi Energy Zug AG, entstand aus der Partnerschaft der WWZ AG und der Tech Cluster Zug AG. Sie stellt die Energieversorgung des Tech Cluster Zug im Herzen der Stadt sicher, auf dem nebst der Produktionsstätte der V-ZUG ein innovatives Ökosystem mit industrieller, gewerblicher und Wohnnutzung entsteht. Die Multi Energy Zug AG...

ETH Zürich invites applications for a PhD opening in the field of material science focusing on stone conservation. The project investigates contour scaling mechanisms using powder-bed 3D printing to simulate stone deterioration, enabling on-site monitoring and testing potential treatments. Collaboration with a second PhD candidate is part of the program,...

PhD opening in material science of stone conservation 100%, Zurich, fixed-term The Chair for Physical Chemistry of Building Materials has one opening for PhD. position on the topic of stone conservation, in particular the mechanisms of contour scaling. This PhD is part of the collaborative project “Spatially graded 3D printing to elucidate contour scaling...

ETH Zurich's Chair for Digital Building Technologies invites a PhD candidate to design, build, and commission a laboratory-scale powder-bed printer with dual feeds. You will develop the system as a modular research instrument and print stone replacement parts for heritage buildings. You will investigate graded deposition to tailor material behavior,...

Job descriptionOur purposeThe ETH AI Center promotes trustworthy, accessible, and inclusive AI systems. For this goal, we bring together interdisciplinary research teams of AI foundations, applications, and implications across all departments and look at AI from many different angles like mathematical principles, medicine, architecture, robotics, and social...