Development and HPC Optimization of Physically Informed Molecular Docking Methods for Extreme-Scale Virtual Screening - 2026_IDR_DEIB_46
Scientific-Disciplinary Group
09/IINF-05 - Information Processing Systems
Description
This research project focuses on the development of an advanced application supporting drug discovery, with emphasis on molecular docking and high-throughput virtual screening. The goal is to extend docking approaches currently based mainly on geometric criteria by integrating physicochemical interactions, improving binding pose prediction and the prioritization of candidate molecules.The activities include the analysis, development, and optimization of the molecular docking pipeline, with a focus on portability and performance on heterogeneous HPC architectures. The project will involve porting and optimization in C++/CUDA/SYCL, with experimental validation on muDock, an open-source docking application, and LiGen, the proprietary software developed by Dompé Farmaceutici. The final aim is to enable high-throughput virtual screening campaigns at extreme scale, up to billions of molecules.
Job posting website
Number of positions
1
Funding body
Politecnico di Milano
Selection process
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