About the role
AI summarisedThis role requires a highly skilled researcher with deep knowledge in solid-state laser design and non-linear optics. The successful candidate will be responsible for system-level laser performance study, bridging theoretical simulation with hands-on experimental characterization to drive product development.
EquipmentOnsite
Key Responsibilities
- Modularize laser concepts and implement features using experimental setups on the optical table to improve optical performance and laser stability.
- Perform comprehensive characterization and reliability testing on critical laser crystals and components (e.g., CLBO, BBO, PPSLT, coated optics).
- Align laser performance with final system requirements, studying technical risks and developing feasible retirement plans.
- Allocate error budgets for opto-mechanical sub-assemblies based on defined laser specifications, simulating stability and reliability with designed tolerances.
- Verify the impact of key parameter deviations experimentally on the system level.
- Collaborate with design engineers during prototype laser development, contributing to opto-mechanical module specification and design reviews.
Requirements
- Doctorate (Academic) in Physics or Optics with at least 5 years of research experience.
- Proven experience with DUV laser design and managing complex laser/optical systems.
- Proficiency in solid-state laser design and non-linear optics.
- Excellent experimental skills with strong problem-solving and data analysis abilities.
- Ability to bridge theoretical simulation with experimental characterization.
- Strong team player with excellent written and verbal communication skills.