PhD Position: Solid State Reactions in Complex Thin Film Architectures

Opportunities for Innovative Researchers in Material Development

We invite enthusiastic candidates to collaborate in the development of groundbreaking materials for on-chip heat delivery and self-healing technologies. Our laboratory at ETH Zürich focuses on creative intersections of nanofabrication, solid-state reactions, and non-equilibrium thermodynamics, working to engineer materials with exceptional properties through precise atomic and nanometer-scale structure control.

Key Responsibilities

• Material Design: Innovate and assess hierarchical materials intended for localized on-chip heat delivery and autonomous repair capabilities.
• Nanofabrication: Employ advanced cleanroom methodologies to create nanometer- and atomic-scale structures.
• Fundamental Research: Explore the underlying physics of solid-state reactions and their implications.
• Experimental Analysis: Utilize high-resolution microscopy and thermal characterization tools to ensure the validation of material performance and structural integrity.

Ideal Candidate Profile

• A Master's degree in Materials Science, Physics, Mechanical Engineering, or related fields.
• Robust understanding of materials synthesis, structure-property relationships, and transport phenomena.
• Hands-on experience with nanoscale characterization techniques such as FIB, XRD, or TEM preferred.
• Experience with finite element modeling (FEM) or molecular dynamics (MD) is advantageous.
• Proficiency in English, both written and spoken, is essential.

Work Environment

Join a dynamic and diverse international team that values scientific rigor and intellectual curiosity. In our lab, collaboration is central to our success, and we encourage knowledge exchange among different sub-groups. The position is part of ETH Zurich's MaP Doctoral School, integrating you into a vibrant research community.

Our Commitment to Diversity and Sustainability

ETH Zurich is dedicated to fostering an inclusive culture that promotes equality of opportunity and values diversity. We strive to create a nurturing environment that respects the rights and dignity of all staff and students. Sustainability is at the core of our values, and we actively work towards a climate-neutral future.

Join Our Research Community

Curious about our work? Visit our website to explore our latest research achievements and engage with our social media channels for insights into our lab culture. We look forward to welcoming passionate and innovative researchers who are eager to contribute to the next frontier of material science.