The Orr Lab is seeking support for computational and quantitative research focused on aging, neurodegeneration, and human disease. The successful candidate will work closely with bioinformatics scientists, experimental researchers, and collaborators to analyze, integrate, and interpret complex high-dimensional molecular datasets.
This position will support projects spanning multiple omics technologies, including spatial proteomics and transcriptomics, bulk transcriptomics, single-cell and single-nucleus RNA sequencing, proteomics, epigenomics, and whole-exome/genomic sequencing. The candidate will contribute to the full analytical workflow, including data quality assessment, preprocessing and normalization, statistical modeling, dimensionality reduction, network analysis, multi-omic integration, visualization, and biological interpretation.
A major focus of the position will be the development and application of statistically rigorous, reproducible, and scalable computational workflows. The ideal candidate will understand not only how to use established bioinformatics tools, but also how to select appropriate analytical approaches based on the experimental design, structure of the data, and biological question.
The individual will work in a highly collaborative research environment and will contribute analytical results to manuscripts, abstracts, presentations, grant applications, and ongoing research discussions.