PhD position in Biohybrid Robotics

Overview

Join an innovative research environment focused on the next generation of muscle-actuated robots at the Soft Robotics Lab, part of the Institute of Robotics and Intelligent Systems at ETH Zurich. The lab is at the forefront of biohybrid research, contributing significantly to advancements published in leading scientific journals such as Science Advances and Advanced Intelligent Systems.

Project Background

Our research explores the integration of biological materials, specifically muscle, into robotics to enhance adaptability, energy efficiency, and softness. Recent projects have yielded impressive biohybrid systems that demonstrate fish-like swimming and caterpillar-like locomotion through engineered muscle tissue, pushing the boundaries of modern robotics.

Key Responsibilities

• Design and engineer bioreactors for the mechanical tensioning, electrical stimulation, and maturation of engineered muscle constructs.
• Utilize extrusion- and light-based bioprinting techniques to create complex muscle architectures.
• Fabricate, characterize, and model motion in muscle-actuated biohybrid robots, potentially incorporating machine learning for control and prediction.
• Contribute to integrating engineered neural networks with muscle constructs and develop proprioceptive sensing capabilities.
• Research new scaffolding materials and sustainable cell sources for biohybrid systems, aimed at advancing applications in adaptive prosthetics and tissue engineering.

Candidate Profile

• A strong commitment to research with an engineering mindset, suitable for tackling complex interdisciplinary challenges.
• Ability to collaborate effectively in team settings and engage in scientific discourse across various disciplines.
• A Master's degree in mechanical engineering or a related discipline, with a distinct engineering focus.
• Prior research experience in cell or bacterial culture, demonstrating familiarity with cell biology, mechanics principles, and materials science.
• Experience in biomaterials or biofabrication is advantageous.

Workplace Environment

ETH Zurich offers a supportive and resource-rich workplace, dedicated to promoting a family-friendly atmosphere and fostering professional growth. The position is fully funded with a competitive salary and significant opportunities for travel and networking at international conferences.

Commitment to Diversity

ETH Zurich values diversity and equality, encouraging applications from all qualified individuals and particularly welcoming candidates from underrepresented groups in engineering. We are committed to fostering an inclusive culture where all staff and students can thrive.

Join Us

If you are a curious and motivated individual eager to contribute to groundbreaking advancements in robotics, we invite you to learn more about this exciting opportunity to work alongside leading researchers in the field.