Lead Mechanical Design Engineer – Laser & Optics Systems

5G-Starlink Pte.; Singapore; On-site; SGD 120,000 - 180,000; Full time

Job summary

KLA is a global leader in diversified electronics for the semiconductor manufacturing ecosystem. We design mechanical structures, fixtures and assemblies to support advanced laser systems, driving specifications, feasibility studies and 3D CAD modeling (ProE/Creo/SolidWorks).

The role demands thermal, vibrational and fluid analyses, tolerance stack‑ups and cross‑functional collaboration with scientists and laser engineers to ensure robust integration across subsystems.

Qualifications

• Master’s or Doctorate in mechanical engineering with extensive experience.
• Strong fundamentals in design, materials and fabrication.
• Proficiency with 3D CAD tools and hands-on prototype builds.
• Experience in opto-mechanical systems, thermal and vibration control is desirable.
• Good communication and collaboration within cross-functional teams.

Responsibilities

• Design mechanical structures, modules and fixtures to support laser and related systems.
• Lead feasibility studies, requirements specs and design reviews.
• Create detailed drawings using 3D CAD; perform tolerance analyses.
• Conduct thermal, vibrational and fluid analyses and FE modeling.
• Coordinate with researchers, optics and laser engineers for integration.
• Manage suppliers for design requirements and prototype parts.
• Develop assembly and test procedures and assist in testing.

Skills

CAD (ProE/Creo/SolidWorks)

Mechanical design

FEA/thermal analysis

Team collaboration

Problem solving

Education

Master's degree in mechanical engineering

Doctorate in mechanical engineering

Tools

Pro/Engineer/Creo/SolidWorks

Job description

KLA is a global leader in diversified electronics for the semiconductor manufacturing ecosystem. We design mechanical structures, fixtures and assemblies to support advanced laser systems, driving specifications, feasibility studies and 3D CAD modeling (ProE/Creo/SolidWorks).

The role demands thermal, vibrational and fluid analyses, tolerance stack‑ups and cross‑functional collaboration with scientists and laser engineers to ensure robust integration across subsystems.