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Dimitrios Terzis

Top university

3 days ago

PhD position in biomineralization of digitally fabricated granular materials EPFL in Switzerland

Degree Level

PhD

Field of study

Chemical Engineering

Funding

SNSF-funded PhD position; full-time 100% PhD student contract, 1 year renewable.

Country flag

Country

Switzerland

University

EPFL

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Keywords

Chemical Engineering
Materials Science
Civil Engineering
Earth Science
Rheology
Biomineralization
3d Printing
Biogeochemistry
Geomechanics
Digital Fabrication
Granular Material

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About this position

This PhD project is hosted in the Laloui Group at EPFL in Lausanne and is carried out within the SNSF-funded project DFabuLis: Digital Fabrication Using Living Systems. The research sits at the intersection of geomaterials, material science, and engineering applications, focusing on how biologically driven mineralization can be used to transform demolition and excavation materials into feedstocks for digital fabrication under ambient conditions.

The doctoral researcher will investigate the coupled biogeochemical, rheological, and mechanical mechanisms that control particle deposition, mineral precipitation, and hardening in pumpable, extrudable, and sprayable granular materials. The project addresses a largely unexplored challenge: integrating biomineralization into materials suitable for extrusion 3D printing and robotic spraying, with the goal of controlling placement, curing, geometry, and material consumption.

Research activities will include experimental study of granular material processability, microbial activity, evolving mineral phases, and the relationship between reactions, rheology, and mechanical behaviour over space and time. The student will connect laboratory findings to digital fabrication workflows in collaboration with the digital fabrication team at ETH Zurich, bringing together geochemical processes, experimental mechanics, and robotic construction technologies.

The project is supervised through collaboration between Dr. Dimitrios Terzis at EPFL and Prof. Benjamin Dillenburger at ETH Zurich, combining expertise in geomaterials and digital building technologies. The position is embedded in an international and collaborative research environment spanning EPFL and ETH Zurich.

Funding details

SNSF-funded PhD position; full-time 100% PhD student contract, 1 year renewable.

What's required

An MSc degree in Civil Engineering, Materials Science and Engineering, Chemical Engineering or a closely related discipline is required. A background in mechanics and the strength of solid materials, or materials science applied to the built environment, is particularly welcome. Experience in rheology, granular or cementitious materials, experimental mechanics, material characterization, geomechanics, mineralogy, or organic and inorganic chemistry is an advantage, though not expected in all areas. Applicants should have interest in experimental and interdisciplinary research, good communication skills, willingness to work across disciplines and institutions, scientific curiosity, enthusiasm, strong organisation, rigor in experimental work, a high level of motivation for academic research, and fluency in English.

How to apply

Submit a motivation letter, detailed CV, contact information, and the names and contact information of three referees willing to provide recommendation letters. Short-listed candidates will also be asked to apply to the EPFL EDME doctoral program for PhD eligibility. Apply through the EPFL careers page.

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Professors

Prof. at EPFL

University Name
Country flag

Switzerland

Research Interests

Civil Engineering

3d Printing

Biomineralization

Digital Fabrication

Earth Science