Exciting PhD Opportunity: Friction in Architected Materials at ETH Zurich

ETH Zurich, a premier university known for its cutting-edge research and innovation, is offering a PhD position focused on the study of friction in architected materials. This position is a part of the Computational Mechanics of Building Materials group and presents a unique chance for aspiring researchers to dive into the fascinating world of meta-materials.

Project Overview

The PhD project aims to explore the mechanical properties of interfaces in architected materials, particularly focusing on friction. Architected materials, or meta-materials, are designed with specific meso-structures that grant them unique mechanical properties. While much research has been conducted on their dynamic behavior and durability, there is a significant gap in understanding their frictional characteristics.

This research is funded by the Swiss National Science Foundation and aims to establish a comprehensive understanding of friction at meta-interfaces, enabling the design of materials with unconventional friction properties.

Key Responsibilities

As a PhD candidate, you will:

• Develop numerical and theoretical models to analyze the friction properties of meta-interfaces.
• Utilize high-performance computing systems and in-house codes to evaluate the mechanical properties resulting from various architected designs.
• Collaborate with external partners to experimentally validate your design concepts.
• Analyze data to understand the factors contributing to desired friction properties and contribute to the field of architected materials.

Ideal Candidate Profile

The successful applicant will possess:

• An MSc degree in mechanics, physics, engineering (civil, mechanical, aerospace, or bio), material science, or a related field.
• A strong background in solid mechanics, applied physics, mathematics, and computational sciences.
• Programming experience and fluency in English (both oral and written).
• A passion for interdisciplinary research and the ability to work collaboratively in a diverse team environment.

Benefits of the Position

ETH Zurich offers excellent working conditions, including:

• A stimulating research environment with cultural diversity.
• Opportunities for professional development and collaboration with leading experts.
• A family-friendly workplace with various employee benefits.

Application Process

Interested candidates are encouraged to apply online and submit the following documents:

• CV
• Academic transcript or list of completed courses
• A brief statement describing your project idea relevant to the job description
• Contact details for two references

Important Dates

The position is available with a flexible start date, potentially as soon as possible.