Join a pioneering project to develop the ViViD-AFM V2.0, a next-generation nano-imaging system that moves from academic prototypes to commercial-grade solutions. You will play a key role in building advanced hardware for high-speed atomic force microscopy, working closely with a Lead Architect to shape the future of live-cell imaging.

• Turn architectural requirements into functional mechatronic hardware for the ViViD-AFM V2.0 system.
• Design and implement sub-nanometer control systems and high-precision scanning devices.
• Lead the physical realization of high-speed AFM hardware for soft cell surfaces.
• Work closely with the Lead Architect to solve complex system integration challenges.
• Oversee the transition from early-stage hardware prototypes to a commercial-grade integrated device.
• Ensure tight technical alignment with the Lead Architect for seamless hardware-software-architecture integration.

• Strong track record in building high-speed AFM hardware, especially for soft cell surfaces.
• Expert knowledge of sub-nanometer control systems beyond general mechatronics.
• Experience with high-precision scanning mechanisms and moving research into industry.
• Proven ability to collaborate with architects to solve complex integration problems.
• Leadership experience in precision instrumentation architecture or high-speed AFM hardware (to be detailed in your CV).

• Work at the intersection of top academic research and a fast-paced high-tech startup environment.
• Lead the development of a system set to redefine nano-imaging in biology.
• Highly collaborative workplace with support during the spin-off phase.
• Assistance with permit processes for international candidates (e.g., B-Permit sponsorship).
• Diverse and inclusive culture that values equality, sustainability, and personal growth.