Opto-Mechanical Engineer

Design and develop precision opto-mechanical systems, components and assemblies that maintain optical performance under structural, thermal, vibration and environmental loads.

• Use three-dimensional computer-aided design (3D CAD) software to develop opto-mechanical concepts for new systems.
• Design, analyse, document and support testing of robust precision components, lens assemblies and mechanical systems.
• Perform tolerance, thermal, structural, vibration and optical analyses using appropriate engineering tools.
• Assess how mechanical loads and environmental conditions affect system and component performance.
• Use CAD, optical modelling and finite element analysis (FEA) software to design and validate components and assemblies.
• Participate in design reviews and improve existing products through problem-solving, product development and production support.
• Troubleshoot technical issues and conduct root‑cause analysis using engineering and physics principles.
• Develop processes that preserve design intent, support repeatable production and improve manufacturability.
• Prepare technical data packs and supporting design documentation for optical components and systems.
• Provide technical oversight and delegate engineering tasks when appropriate.

• Bachelor’s degree or higher in Mechanical Engineering, Opto‑mechanical Engineering or a related discipline.
• Minimum three years of experience in opto‑mechanical system design and development.
• A master’s degree is advantageous.

• Optomechanical system, precision mechanism and lens‑assembly design.
• Proficiency with CAD and engineering simulation tools such as Solid Works and ANSYS.
• Structural, mechanical, thermal and vibration design, analysis and testing.
• Mechanical‑system design and electronics packaging.
• Knowledge of material properties, fabrication methods and design for manufacturability.
• Familiarity with electro‑optical laboratory equipment, including autocollimators and vibration shakers.
• Experience with optical modelling software such as Zemax is advantageous.

• Proactive and analytical approach to engineering problems.
• Self‑motivated, practical and delivery focused.
• Collaborative team player with clear technical communication.
• Strong ownership, attention to detail and sound engineering judgment.