Biotech Modeling & Analytics
Bridge molecular simulation and biomedical application by transforming atomic-level data into insight that supports drug design, materials development, and diagnostics.
Transforming theory into application through computational modeling, software engineering, and collaboration.
Bridge molecular simulation and biomedical application by transforming atomic-level data into insight that supports drug design, materials development, and diagnostics.
Develop and apply machine learning and statistical methods to scientific datasets - from regression and dimensionality reduction to predictive modeling - uncovering patterns that guide research and data-driven decision-making.
Engineer robust computational tools and research software - including Vorpy3, Foamify, and Coarsify - designed to transform complex ideas into reliable, scalable, and user-friendly solutions for scientific analysis.
Combine foundations in physics, chemistry, and biology with advanced programming expertise to translate complex data into clear insight across research and industry contexts.