PHD position Atomic-Scale Structure–Function Relationships in Separation Materials Susta

PHD position on Atomic-Scale Structure–Function Relationships in Separation Materials for Sustainable Processes

The aim of this project is to establish a fundamental understanding of how atomic structure governs selectivity, capacity, and stability in materials for CO₂ capture and for the recovery of valuable elements such as lithium and cobalt from complex waste streams. These applications are key to enabling sustainable carbon management and circular resource use.

• Research combines the synthesis of model materials with advanced structural and spectroscopic characterization, with a strong emphasis on X-ray Absorption Spectroscopy (XAS), X-ray total scattering with pair distribution function analysis, and vibrational spectroscopy.
• These techniques will be used to probe local coordination environments, electronic structure, and structural dynamics under working conditions.
• Project is embedded in a highly interdisciplinary environment, linking experimental materials chemistry with computational screening and process modelling.
• Overarching goal is to connect atomic‑scale mechanisms directly to separation performance and to derive rational design principles for improved materials.

• Excellent MSc degree in Chemical Engineering, Materials Science, Chemistry, or related field.
• Experience in materials synthesis and characterization is an advantage.
• Strong motivation, creativity, and ability to work independently and in teams.
• Interest in atomic‑scale mechanisms in separation materials.
• High degree of independence and self‑organisation.
• Willingness to work in an interdisciplinary and evolving research project.
• Flexibility for intensive experimental campaigns, including synchrotron beamtime.

• Exciting working environment.
• Opportunities to learn cutting edge techniques.

ETH Zurich encourages an inclusive culture and promotes equality of opportunity. All applications are considered on the basis of merit and qualification.

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PHD position on Atomic-Scale Structure–Function Relationships in Separation Materials for Sustainable Processes