MEMS Design Engineer

A groundbreaking, well-funded Israeli Deep-Tech startup pioneering the development of a first-of-its-kind photonic quantum computer.

Operating at the cutting edge of global science and engineering, the company combines an elite multidisciplinary environment encompassing quantum physics, optics, mechanical engineering, hardware, firmware, and software to make practical quantum computing accessible for healthcare, defense, climate, and finance applications.

Backed by substantial multi-million-dollar funding from top-tier venture capital firms, the organization offers high-impact research, world-class talent, and deep technological innovation.

The company is located in the Central region near the train station and operates on a flexible hybrid work model with one day working from home.

Role Description-

• Serving as a Senior MEMS & Micro-Actuation Development Engineer, leading the design, innovation, and implementation of advanced micro-actuation solutions for a proprietary photonic quantum computing platform.

• Leading end-to-end device engineering lifecycles—spanning device architecture, analytical modeling, multi-physics simulations, microfabrication, and experimental validation.

• Designing and characterizing custom MEMS actuators, exploring electrostatic, piezoelectric, thermal, and hybrid actuation mechanisms.

• Performing Finite Element Analysis (FEA) simulations and empirical bench testing to optimize performance, operational stability, and physical robustness.

• Driving MEMS technologies from early concept and prototyping phases through packaging, qualification, and system-level electro-optical integration.

• Collaborating cross-functionally within a world-class multidisciplinary engineering environment alongside quantum physicists, optical engineers, hardware, and firmware teams.

Requirements-

• Extensive hands-on industry experience in MEMS Design, Development, and Implementation (5+ years) – Mandatory

• Deep, proven expertise in designing MEMS Actuators (Electrostatic, Piezoelectric, Thermal, or Hybrid mechanisms) – Mandatory

• Strong background in Analytical Modeling, Finite Element Analysis (FEA) simulations, and Experimental Validation of MEMS devices – Mandatory

• Demonstrated track record of leading MEMS devices End-to-End: from concept and prototyping through microfabrication, characterization, and system integration – Mandatory

• In-depth understanding of MEMS materials, cleanroom fabrication processes, packaging techniques, reliability engineering, and failure mechanisms – Mandatory

• Academic degree (B.Sc. / M.Sc. / Ph.D.) in Mechanical Engineering, Electrical Engineering, Materials Science, Applied Physics, or equivalent – Significant Advantage

• Experience in photonics integration, optical MEMS (MOEMS), or vacuum-compatible precision devices – Advantage