Optical and Opto-Mechanical Engineer

Optical and Opto-Mechanical Engineer
a full-stack quantum computing company developing state-of-the-art quantum computing systems based on trapped-ion technology, encompassing both hardware and software. Our platforms integrate precision laser delivery, ultra-stable opto-mechanical assemblies, ion-trap hardware, and quantum-grade vacuum systems. We are expanding our electro-optics team and seek an engineer with strong optical and opto-mechanical design capabilities to help build high-performance beam delivery and optical subsystems.

In this role, you will be responsible for designing and implementing free-space optical setups with a major focus on robust, stable, and tightly engineered opto-mechanical solutions. You will translate optical requirements into mechanical designs that minimize drift, ensure long-term alignment stability, and integrate seamlessly into compact quantum system architectures.

Responsibilities

Lead the opto-mechanical design of optical modules, including mounts, sub-assemblies, mechanical interfaces, compact beam-delivery modules, and vacuum-compatible components.
Develop stable free-space optical layouts (beam shaping, splitting, polarization management, mode-matching, fiber coupling).
Create detailed mechanical drawings, tolerancing analyses, and assembly documentation.
Perform optical and mechanical simulations (Gaussian beam propagation, thermal and vibration sensitivity, mechanical stiffness, etc.).
Own the assembly, alignment, and characterization of optical modules.
Work closely with mechanical, systems, and quantum-hardware teams to ensure seamless integration into vacuum systems and ion-trap environments.
Support transition from R&D prototypes to manufacturable, production-ready sub-systems.
Requirements and skills
B.Sc./M.Sc. in Optics, Physics, Mechanical Engineering, Electrical Engineering, or related field (Ph.D. a plus).
Hands-on experience designing opto-mechanical assemblies: mounts, flexures, alignment stages, beam delivery modules, or precision optical packaging.
Hands-on experience in building, aligning and testing optical and opto-mechanical setups and assemblies.
Strong experience in free-space optical alignment, beam shaping, polarization control, and general optical lab practices.
Proficiency with CAD tools (e.g., SolidWorks, Autodesk Inventor) and familiarity with mechanical tolerancing.
Experience with optical simulation tools (Zemax/OpticStudio, CodeV, or Python/MATLAB beam-propagation tools).
Understanding of Gaussian optics, stability analysis, and opto-mechanical coupling.
Ability to generate clear documentation: assembly drawings, alignment procedures, test reports.
Team-oriented mindset and excellent communication skills.
Highly Advantageous

Experience with precision opto-mechanical design for laboratory or product environments.
Background with ultra-stable optical systems (e.g., frequency-stabilized lasers, low-drift platforms).
Experience with integrating optics into UHV chambers or compact instrumentation.
Familiarity with vibration isolation, thermal management, and long-term alignment stability design principles.
Experience with AMO/quantum-optics systems.
General

We are located at the Science Park, close to the Weizmann institute of science.
Full collaboration with the experimental & theoretical groups at the Weizmann Institute