PhD Candidate in Biomedical Robotics / PhD Candidate in Biomedical Robotics

PhD Position - Biomedical Robotics in Hydrocephalus Research

100%, Zurich, fixed-term

The PhD position is an integral part of an interdisciplinary research project that lies at the intersection of robotics and biomedical engineering. This project is conducted in close collaboration with neurosurgeons from the University Hospital Zurich, biomedical engineers and veterinarians from the University of Zurich, as well as international partners from Umeå University in Sweden and the Massachusetts Institute of Technology in the US.

Hydrocephalus is a significant and prevalent neurological disorder that manifests in various forms, affecting individuals from childhood to old age. Our research focuses primarily on normal pressure hydrocephalus (NPH) in elderly patients, impacting approximately 6% of people over the age of 80. This disorder is characterized by the enlargement of the brain ventricles, likely due to an imbalance in the secretion and resorption of cerebrospinal fluid (CSF). Patients typically exhibit symptoms such as cognitive impairment and gait disturbances. Conventional treatment often involves lifelong therapy using shunts to drain CSF from the brain ventricles to the abdomen, which are generally based on passive mechanical pressure valves.

To enhance the treatment experience for hydrocephalus patients, our team integrates in silico and in vitro studies with animal experiments. This research aims to deepen our quantitative understanding of the disorder and to innovate intelligent mechatronic shunt systems.

Job Description

The PhD position addresses the following goals:

• Developing mechatronic systems for in vivo applications (NPH animal model and active shunt)
• Designing and deploying advanced algorithms for estimation and control
• Conducting in vivo trials with sheep in collaboration with veterinary and clinical colleagues
• Performing signal analysis and data processing from acute and chronic in vivo trials
• Deriving dynamical system models for CSF simulation studies and hardware-in-the-loop shunt testing

Profile

We are looking for candidates who have:

• A Master of Science degree from a recognized university (or nearing completion) in mechanical, electrical, robotics, control, or biomedical engineering
• A passion for practical and methodological work, adhering to a systematic and sound approach in medical applications
• A strong interest in working within a highly interdisciplinary environment
• A background in hardware development, control theory, signal processing, and machine learning
• Curiosity, open-mindedness, and excellent communication skills
• Proficient oral and written English skills

Workplace

The successful candidate will have the opportunity to work within the dynamic and collaborative environment at ETH Zurich.

We Offer

• An impactful career: Join ETH Zurich, an institution that not only supports your professional development but also contributes to positive societal change.
• A commitment to sustainability and a climate-neutral campus.
• A wide range of benefits, including public transport subscriptions, car sharing options, extensive sports offerings from ASVZ, childcare facilities, and attractive pension plans.

We Value Diversity

In alignment with our core values, ETH Zurich promotes an inclusive culture. We are dedicated to providing equal opportunities, valuing diversity, and nurturing a working and learning environment that respects the rights and dignity of all staff and students.

Curious? So Are We.

Apply online using the form below. Only applications matching the job profile will be considered.

About ETH Zurich

ETH Zurich is among the world’s leading universities specializing in science and technology. We are renowned for our exceptional education, pioneering fundamental research, and direct transfer of new knowledge into society. With over 30,000 individuals from more than 120 countries, our university fosters independent thinking and an inspiring environment for excellence. Situated in the heart of Europe, we collaborate globally to develop solutions for contemporary and future challenges.