Quentin Boehler
Quentin Boehler is a robotics researcher who applies machine learning and magnetic actuation to medical and surgical systems. Born in Strasbourg in 1990, he studies mechatronics and robotics, completes a robotics PhD at the University of Strasbourg in 2016, and joins ETH Zurich's Multi-Scale Robotics Lab in 2017. His work includes machine-learning models for electromagnetic navigation, magnetic microcargo transport, and self-folding soft-robotic chains. Appointed in 2025, he is a tenure-track Assistant Professor of Robotics at ETH Zurich and leads its Medical Robotics Lab, where he develops minimally invasive clinical systems.
- Now at
- ETH Zurich
- Works
- 99
- Citations
- 2,453
- h-index
- 26
Publication numbers from OpenAlex, as of 27 October 2026.
Timeline
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1990–2013
Mechatronics at INSA Strasbourg
Born in Strasbourg in 1990, he receives an engineering degree in mechatronics from INSA Strasbourg in 2013; his INSA qualification is also described as an M.S. in mechatronics.
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2013–2016
A robotics MSc and PhD
He earns an M.Sc. in robotics from the University of Strasbourg in 2013 and a robotics PhD there in 2016. His thesis focuses on tensegrity mechanisms and variable-stiffness devices for MR-compatible robotic systems.
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2016
A Strasbourg thesis prize
His thesis wins the University of Strasbourg research commission's best thesis award and the first prize at GDR Robotique's 2016 PhD thesis awards.
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2017–2025
At ETH's Multi-Scale Robotics Lab
From 2017 to 2025, he works at ETH Zurich's Multi-Scale Robotics Lab, first as a postdoctoral associate and later as a senior researcher, on magnetically guided devices and electromagnetic navigation technologies for medical applications.
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2019
Modeling electromagnetic navigation
In a 2019 preprint, he coauthors a study that uses random forests and artificial neural networks to model nonlinear magnetic fields in an electromagnetic navigation system; both models outperform a linear baseline.
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2022
Artificial microtubules for microcargoes
In 2022, he coauthors an artificial microtubule study that embeds micromagnets as stepping stones to guide particles through flow networks.
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2023
Self-folding soft-robotic chains
In 2023, he coauthors magnetic soft-robotic chains called MaSoChains that self-fold into stable assemblies with programmable shapes and functions for minimally invasive interventions.
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2025
Assistant Professor of Robotics
In 2025, he is appointed Tenure Track Assistant Professor of Robotics in ETH Zurich's Department of Mechanical and Process Engineering (D-MAVT).
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March 2026
Starting the Medical Robotics Lab
In March 2026, he plans to establish the Medical Robotics Lab at ETH Zurich's Institute of Robotics and Intelligent Systems, focusing on minimally invasive robotic systems for clinical applications.
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As of October 2026
Assistant Professor and lab lead
He is an Assistant Professor (Tenure Track) of Robotics at ETH Zurich's Institute of Robotics and Intelligent Systems, where he leads the Medical Robotics Lab. His current research addresses clinical needs through robotic design, control, and simulation for therapeutic and diagnostic interventions.
Career
- NowETH ZurichTenure Track Assistant Professor of Robotics
- NowETH ZurichHead of the Medical Robotics Lab
- Until 2025ETH ZurichSenior Researcher in the Multi-Scale Robotics Lab
- From 2017ETH ZurichPostdoctoral Associate in the Multi-Scale Robotics Lab
Education
- 2016University of StrasbourgPhD in Robotics
- 2013National Institute of Applied Sciences of StrasbourgEngineering Degree in Mechatronics
- 2013University of StrasbourgMSc in Robotics
Sources and credits
Photo: We have no published photo of Quentin Boehler yet. Send us a free-licensed photo.
- Dr. Quentin Boehler – Multi-Scale Robotics Lab | ETH Zurich
- Quentin Boehler joins CLS | Max Planck ETH Center for Learning Systems
- [1909.12028] Modeling Electromagnetic Navigation Systems for Medical Applications using Random Forests and Artificial Neural Networks
- Artificial microtubules for rapid and collective transport of magnetic microcargoes (Arnold JTM Mathijssen) | Center for Soft and Living Matter
- Self-folding soft-robotic chains with reconfigurable shapes and functionalities | Nature Communications
- Research at the interface of medicine and robotics – Department of Mechanical and Process Engineering | ETH Zurich

