Fanwang Meng
Banting Postdoctoral Fellow at QC-Devs
Greater Hamilton (Burlington) Metropolitan Area Canada
Summary
👤
Senior🎓
Top SchoolFanwang Meng is a computational drug discovery scientist and software engineer with a decade of experience bridging theoretical chemistry and production-grade Python development. Currently a Banting Postdoctoral Fellow at Queen’s after postdoctoral work at MIT and McMaster, he combines deep expertise in molecular modeling with hands-on leadership as Lead Python Developer at QC-Devs. His background includes a PhD in Theoretical Chemistry and an MS focused on computational drug discovery, enabling him to translate complex simulations into reproducible workflows and tools. Based in the Greater Hamilton area, he is comfortable shipping research-grade software and teaching, and is known for turning rigorous academic methods into practical, scalable code for discovery pipelines.
9 years of coding experience
2 years of employment as a software developer
Doctor of Philosophy - PhD, Theoretical Chemistry, Doctor of Philosophy - PhD, Theoretical Chemistry at McMaster UniversityMaster of Science - MS, Computational Drug Discovery, Master of Science - MS, Computational Drug Discovery at Chinese Academy of Sciencesphysical chemistry, physical chemistry at 上海大学
Github Skills (148)
python10
json-schema10
converting10
computational-chemistry10
file-conversion10
data-parsing10
implicit10
variable-selection10
cython10
computational-biology10
optimization10
gpa10
scikit10
statistics10
stochastic-processes10
Programming languages (7)
Github contributions (5)
FanwangM/procrustes
Sep 2022 - Jan 2023
This package supports general, orthogonal, rotation, permutation, projection, and symmetric Procrustes problems, including both the normal one-sided approach and (for orthogonal and permutation Procrustes) two-sided approaches, where both the rows and columns are transformed.
Contributions:7 commits, 2 PRs, 365 pushes in 4 months
rotationgeneralized-procrustes-problemproblemssymmetric-procrustes-problemsoftassign-method
theochem/B3clf
Nov 2021 - Mar 2022
Predictors for Blood-Brain Barrier Permeability with resampling strategies based on B3DB database.
Contributions:2 reviews, 67 commits, 31 PRs in 4 months
braindrug-designpermeabilitybarrierblood
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