The Laboratory of Molecular Medicine, led by Prof. Yohei Yamauchi, is developing the
ViViD-AFM V2.0-a next-generation nano-imaging system. This project focuses on transitioning from academic prototypes to commercial-grade industrial systems while ensuring complete IP independence from legacy V1.0 patents.Please enter text here
Project background The Laboratory of Molecular Medicine, led by
Prof. Yohei Yamauchi, is embarking on a transformative phase of the
ViViD-AFM (Virus-View Dual Confocal and Atomic Force Microscopy) project. As we transition from academic prototyping to commercial-grade systems, we are seeking a visionary
Lead Mechatronics Engineer to drive the design and development of the V2.0 system in tandem with the Lead Architect. This role is part of a strategic hire focusing on the physical realization of a next-generation high-speed AFM system tailored for biological research.
Job description The Lead Mechatronics Engineer is responsible for the physical realization and hardware integration of the V2.0 system. This position is a Critical Tandem Hire; your success is inextricably linked to the architectural framework developed simultaneously by the Lead Architect.
Profile - Hardware Realization: Translate abstract architectural requirements into functional ViViD-AFM V2.0 mechatronic hardware.
- Precision Engineering: Design and implement sub-nanometer control systems and high-precision scanning devices.
- Specialized Mechatronics: Substantial track record in the physical realization of high-speed AFM hardware specifically for soft cell surfaces.
- Control Systems: Expert-level knowledge of sub-nanometer control systems, exceeding the scope of generic mechatronics.
- Collaborative Design: Proven ability to work in tight technical tandem with architects to solve complex system integration problems.
- Academic/Industrial Background: Experience in high-precision scanning mechanisms and a history of research-to-industry transition
- Technical Synchronization: Work in immediate technical alignment with the Lead Architect to ensure seamless hardware-software-architecture integration.
- Prototyping: Oversee the transition from early-stage hardware components to a commercial-grade integrated device.
We offer This position offers a unique bridge between high-level academic research at
ETH Zurich and the fast-paced environment of a high-tech startup. You will have the opportunity to lead the architectural development of a system that will redefine nano-imaging. We offer a highly collaborative environment and will support your transition into the spin-off phase. ETH Zurich also provides assistance with permit processes (e.g., B-Permit sponsorship) for international candidates.
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