Join a pioneering team at the Laboratory of Molecular Medicine as we develop ViViD-AFM V2.0, a next-generation nano-imaging system. In this role, you help move our technology from academic prototypes to commercial-grade systems, ensuring new and independent intellectual property. You will play a key part in shaping the future of live-cell imaging and preparing for our upcoming spin-off.

• Define the technical vision and high-level design for ViViD-AFM V2.0, making sure the system is scalable and robust.
• Lead the design process to create a system that is independent from previous versions and builds a new patent portfolio.
• Coordinate closely with the Lead Mechatronics Engineer to align hardware development with system goals.
• Translate complex research needs into a practical, high-speed architecture for live-cell imaging.

• Deep knowledge of high-speed AFM hardware for soft cell surface imaging.
• Experience moving from academic prototypes to commercial-grade systems.
• Ability to analyze older systems and design new, IP-independent frameworks.
• Degree in Physics or Engineering, with a focus on precision instrumentation.

• Work at the intersection of top-level academic research and a dynamic high-tech startup environment.
• Lead the architectural development of a system that will set new standards in video-rate nano-imaging.
• Collaborative and supportive team environment, including help with the spin-off transition.
• ETH Zurich supports permit processes for international candidates.