Menhir Photonics is a dynamic Swiss laser manufacturer offering laser solutions of unprecedented robustness and reliability to customers around the globe. Based in Zurich, Switzerland, our team has strong expertise in the development and production of ultrafast lasers for the markets of aerospace, telecom, and metrology. For our ambitious business scale‑up we are looking for a Senior Mechanical Engineer to support the team and project managers with mechanical developments and processes.
Responsibilities
Leading technical projects
Design CAD sub‑assemblies and interfaces to larger CAD assemblies for optomechanical components and optoelectronic subsystems
Perform rigorous tolerance analyses to ensure mechanical feasibility of the designs
Create detailed, tolerance 2D drawings with FAI for optical & mechanical components based on design for manufacturing considering supplier’s fabrication methods and metrology capabilities
Evaluate and select materials capable of achieving high‑quality module performance while suitable for mass production
Close collaboration with external mechanical workshops and suppliers
Support high quality standards and practices according to ISO9001
Qualifications
3–5 years experience in a similar role
One of the following degrees: Höhere Fachschule (HF), Fachhochschule (FH), Bachelor’s or Master’s Degree in Mechanical or Optomechanical Engineering
Experience with CAD (SolidWorks) and PDM (3DExperience) software
Knowledge of mechanical and thermal properties of glass, plastic, metal, and electrical component materials commonly used in optical modules
Experience with bonding technologies, specifically with adhesive processes, epoxies, and UV‑curable adhesives
Knowledge in the field of product development and manufacturing processes is advantageous
Strong understanding of GD&T and mechanical metrology
Understanding the basic principles of optics, opto‑mechanics and opto‑electronics assembly in cleanroom conditions
Fluent English and German are required
Conditions
The position is 80% to 100% (34–42 hours/week)
One day of home office per week is possible
The workplace is located at our headquarters near Zurich, Switzerland in Dübendorf
The preferred starting date is as soon as possible
Applications will be accepted until July 19, 2026.
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Responsibilities
Leading technical projects
Design CAD sub‑assemblies and interfaces to larger CAD assemblies for optomechanical components and optoelectronic subsystems
Perform rigorous tolerance analyses to ensure mechanical feasibility of the designs
Create detailed, tolerance 2D drawings with FAI for optical & mechanical components based on design for manufacturing considering supplier’s fabrication methods and metrology capabilities
Evaluate and select materials capable of achieving high‑quality module performance while suitable for mass production
Close collaboration with external mechanical workshops and suppliers
Support high quality standards and practices according to ISO9001
Qualifications
3–5 years experience in a similar role
One of the following degrees: Höhere Fachschule (HF), Fachhochschule (FH), Bachelor’s or Master’s Degree in Mechanical or Optomechanical Engineering
Experience with CAD (SolidWorks) and PDM (3DExperience) software
Knowledge of mechanical and thermal properties of glass, plastic, metal, and electrical component materials commonly used in optical modules
Experience with bonding technologies, specifically with adhesive processes, epoxies, and UV‑curable adhesives
Knowledge in the field of product development and manufacturing processes is advantageous
Strong understanding of GD&T and mechanical metrology
Understanding the basic principles of optics, opto‑mechanics and opto‑electronics assembly in cleanroom conditions
Fluent English and German are required
Conditions
The position is 80% to 100% (34–42 hours/week)
One day of home office per week is possible
The workplace is located at our headquarters near Zurich, Switzerland in Dübendorf
The preferred starting date is as soon as possible
Applications will be accepted until July 19, 2026.
#J-18808-Ljbffr
