Force Field Scientist
Core
Building atomistic physics-based models with unprecedented accuracy to facilitate computer-aided chemical discovery and advance the state-of-the-art in computer-aided chemical discovery.
Role type
Force Field Scientist (Computational Chemistry/Biophysics)
Builds
Next-generation classical force fields enhanced by machine learning and atomistic physics-based models
Domain
Computational chemistry, biophysics, drug discovery, materials science
Deliverable
production ML models
Required skills
Computational chemistry modeling, molecular simulation, QM methods, model validation, Python programming
Preferred skills
C++ programming, force field parameterization, methods development
Technologies
Python, C++, molecular simulation tools, QM software
Responsibilities
Expand the accuracy and coverage of atomistic physics-based models, collaborate with cross-functional teams and agentic AI to create next-generation tools for force field development, write clear, highly-organized, and maintainable code
Seniority
Mid-level IC Scientist