Rutgers University is hiring a Lead Software Developer for GPU-accelerated Free Energy Simulation and Machine Learning Methods. The role involves developing high-performance GPU-accelerated software for alchemical free energy simulations and AI-enhanced quantum mechanical force fields, integrating these methods into the Amber software suite to support drug discovery initiatives.
Highlights
Develop GPU-accelerated software for alchemical free energy and AI-enhanced quantum mechanical force fields.
Integrate and optimize new methods within the Amber software suite used globally.
Collaborate closely with Amber developers to enhance code usability and performance using latest GPU technologies.
Utilize object-oriented programming skills in Python, C++, and GPU programming such as CUDA.
Apply expertise in molecular simulation methods including alchemical free energy, quantum/machine-learning approaches, and high-performance computing.
Hold a PhD in biology (preferred) or chemistry with postdoctoral experience in developing workflows using Amber.
Communicate effectively in English, both orally and in writing, including scientific manuscript and proposal preparation.
Salary starts at $93,588 with competitive and flexible compensation packages considering qualifications and market benchmarks.
Position is full-time within the Department of Quantitative Biomedicine at Rutgers University.
Access to Rutgers’ in-house and national cyberinfrastructure resources for software development and simulations.