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The Fountain Group is seeking a Computational Scientist – Human Genetics for a Remote/Hybrid role in the US. You will analyze large-scale genetic, genomic, and clinical datasets and develop computational workflows to interpret complex biology.
Responsibilities include applying ML methods, preparing datasets, documenting analyses and code, and presenting findings. Requires PhD or MS with relevant experience; proficiency in R and Python; GWAS, scRNA-Seq, scATAC-Seq, and SLURM experience preferred.
The Fountain Group is currently seeking a Computational Scientist for a prominent client of ours. This position is located in Remote / Hybrid (South San Francisco, CA). Details for the position are as follows:
Location: Remote / Hybrid – US-friendly time zone
Pay Rate: $25.23–$54.95/hr
Duration: 1 Year Contract
Computational Scientist supporting Human Genetics research through analysis and integration of large-scale genetic, genomic, and clinical datasets. The role will develop computational and statistical approaches to interpret human biological data, including whole genome sequencing, single-cell sequencing, imaging, and multimodal datasets. Responsibilities include developing analytical workflows, applying machine learning methods, preparing datasets, documenting analyses and code, and presenting scientific findings.
PhD in Statistical Genetics, Computational Biology, Bioinformatics, Genetic Epidemiology, or related field.
Master’s degree with significant relevant experience may be considered.
Hands-on experience with large-scale genetic/genomic data analysis.
Genetic epidemiology and statistical genetics principles.
GWAS and association analysis using array- and sequence-based human genetic data.
RNA-Seq analysis and differential gene expression.
Single-cell data analysis, including scRNA-Seq and/or scATAC-Seq.
Integration of genetic, genomic, molecular, and clinical data for multimodal analysis.
R and Python programming.
Shell scripting.
Git version control.
High-performance computing environments, including SLURM.
Experience analyzing large biological datasets with minimal supervision.
Whole genome sequencing (WGS) analysis.
Proteomic data analysis.
Multimodal data integration methods.
Machine learning for imaging and omics data.
Experience integrating imaging and molecular datasets.
C++ familiarity.
Experience with clinical trial, high-throughput screening, or public genomic datasets.