Biomedical Modeling Scientist

What you'll do

• Build and validate computational models of light transport in skin tissue.
• Identify discrepancies between simulation data and experimental results to drive model improvements.
• Enhance the physiological realism of skin optical models to capture complex tissue behavior.
• Integrate validated models and testing code into shared simulation infrastructure.
• Translate human skin anatomy and physiology into accurate optical models.
• Apply multivariate analysis methods like principal component analysis to interpret optical data.
• Maintain and extend existing scientific computing pipelines and feature sets.
• Communicate technical progress through clear presentations to cross-functional teams.

What we're looking for

• BSEE degree is required.
• Experience modeling light-tissue interactions, ideally in skin.
• Proficiency in Python.
• Advanced degree in physics, applied physics, biomedical optics, engineering, or a related discipline (preferred).
• Experience with Monte Carlo ray tracing (preferred).
• Experience with biomedical optics simulations and translating human skin anatomy into optical models (preferred).
• Experience applying multivariate analysis methods such as principal component analysis to interpret optical data (preferred).
• Experience with scientific computing, including maintaining simulation pipelines and writing tests (preferred).