About this Postdoctoral Research Associate (Mixed Computational Experimentalist) – Meyer Lab role at St. Jude Children's Research Hospital
Our work is highly interdisciplinary, integrating high-throughput screening, computational models, and systems biology to elucidate the mechanisms of drug interactions in complex biological systems, with a particular focus on infectious disease.
Ideal candidates will have:
• A Ph.D. in pharmacology, microbiology, chemical biology, or a related field
• Experience designing, executing, analyzing, and interpreting quantitative experiments, including high-throughput screens.
• Experience with coding software such as Python, R, and GitHub.
• An ambition to make major contributions to the field of systems pharmacology by driving an independent research project.
• Strong communication skills and a desire to work in a team-oriented, interdisciplinary environment
This position offers access to state-of-the-art facilities (e.g., High Throughput Bioscience Center, link, and HPC environment with 5.3 PFLOPS of power and 150 PB of storage capacity, link), a collaborative and supportive research environment, and the opportunity to work on high-impact problems in human health. St. Jude offers highly competitive postdoctoral salaries (typically 20–25% above NIH guidelines) in a low-cost-of-living city, along with comprehensive benefits and robust support for professional development. For more information on living in Memphis, visit St. Jude’s Visiting Memphis webpage . This position is full-time, in person at the main campus in Memphis, TN.
To apply, please submit:
1) A cover letter describing your research interests and career goals and how these align with the research projects in the Meyer Lab,
2) Your CV
3) Contact information for 3 references.
Candidates with experience in biofilm biology, quantitative microscopy, and/or evolution of AMR are particularly encouraged to apply. We are seeking highly motivated, creative scientists who are willing to take intellectual risks to shape the future of combination therapy, thereby contributing to the institution’s goal of developing cures for catastrophic childhood diseases.
Relevant Publications:
Meyer CT, et al. Nature Microbiology. 2023. (link)
Meyer CT, et al. PNAS. 2024. (link)
Meyer CT, et al. Cell Systems. 2019. (link)
Link to lab webpage: (link)
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