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python matlab c/c++ comsol zemaxπ Description
- Develop and maintain optical and multiphysics simulations for Digital Twin.
- Model laser amplifier architectures: gain media, pump geometries, thermal effects.
- Build and refine the Digital Twin for system-level prediction and optimization.
- Validate simulation models with experimental data; perform sensitivity and uncertainty analysis.
- Develop reduced-order and surrogate models for efficient deployment.
- Collaborate with optical engineers, laser physicists, and experiments to drive design decisions.
π― Requirements
- Master's or PhD in optics, computational physics, applied mathematics, or related field.
- Strong experience in optical and multiphysics simulation of complex systems.
- Ability to couple multiple physical domains (optical, thermal, mechanical, fluid).
- Solid understanding of laser and optical physics (propagation, amplification, spectral and nonlinear effects).
- Experience in model validation, uncertainty quantification, and data-driven refinement.
- Strong programming skills in Python, MATLAB, C/C++, or similar.
π Benefits
- Equal opportunity employer
- Inclusive, diverse environment
- Hybrid work arrangement
- Work on fusion energy and laser tech
- Collaborative, interdisciplinary teams
- Career growth and exposure to Digital Twin tech
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