Pascal Theiler Email & Phone Number

Zurich, Switzerland

At Swiss Vascular, I lead the research and development efforts to revolutionize medical training and innovation through the creation of patient-specific, high-quality silicone vascular models. Our work focuses on advancing the precision and realism of these models, making them indispensable tools for medical professionals.By integrating advanced imaging data processing with cutting-edge 3D printing and manufacturing techniques, we produce exact replicas of patients' vascular structures. These models are crucial for training in complex surgical procedures, validating the effectiveness of medical devices, and enhancing both education and practical training within the medical field.

Zurich, Switzerland

As a Research Assistant within the Department of Health Science and Technology, I participated in the development of an innovative technology for sterilizing liquid food products.

Dübendorf, Zurich, Switzerland

In my role as an R&D engineer, I developed testing equipment aimed to study new elastomer rubber compounds and evaluate their mechanical characteristics and performance.Additionally, I developed computer vision-based tracking algorithm for realtime strain masurements.

Hinwil, Zurich, Switzerland

As a composite engineer, I designed carbon parts and laminating tools and did the corresponding production documentation for the C39 and C41 race cars of Sauber F1. I further did concept work for the floor structure of C41 and performed related computational simulations.

Zurich, Switzerland

As head of chassis, I lead a team of eight engineering students, overseeing the conception and execution of the monocoque design as well as the internal packaging for the 2020 race car "alvier".

Zurich, Switzerland

As monocoque design and packaging engineer, I designed the monocoque of the 2019 car “mythen” and was responsible for the packaging calculations, which reduced the car’s centre of gravity by 7 %.

Zurich, Switzerland

Zurich, Switzerland

As coach of three teams of six robotics students each, I assisted in the development and refinement of robots within the ETH Innovation Project with whom the students had to compete against 500 other students in their first year of bachelor studies at ETH Zurich.

Master'S Degree, Mechanical Engineering

Activities and Societies: AMZ Racing

Bachelor'S Degree, Mechanical Engineering

Activities and Societies: AMZ RacingBachelor’s Thesis: Optimisation of Bonded CFRP Inserts for a Formula SAE Race Car