Postdoctoral Positions in Single-Cell Biology and Quantitative Biology at Biohub Chicago and Northwestern University
Yogesh Goyal (Assistant Professor at Northwestern University and Investigator at the Chan Zuckerberg Biohub Network) is announcing multiple
postdoctoral positions
in his group, with opportunities spanning
single-cell biology
,
quantitative biology
,
bioengineering
,
genomics
, and related areas.
The post highlights two Biohub Chicago postdoctoral fellow openings: one in
Live Tissue Omics
and one in
Single-Cell Genomics
. These roles sit at the intersection of technology development, biology, and disease-focused discovery, with projects involving longitudinal transcriptomics, non-destructive live-cell and tissue sampling, immune-competent organoid systems, inflammation biology, cellular heterogeneity, and high-dimensional data analysis.
Biohub Chicago describes the positions as
generously funded
, highly collaborative, and designed for early-career scientists who want strong mentorship plus meaningful scientific independence. The listed compensation for the Chicago postdoctoral fellow role is
$84,150 base pay
, with possible annual bonus eligibility. The role is hybrid/onsite in Chicago.
Eligibility highlights:
applicants should have a PhD in genomics, bioengineering, quantitative biology, systems immunology, computational biology, or a related quantitative life-science field. Experience with quantitative molecular and cell biology, high-throughput profiling, and analysis of complex datasets is expected. Helpful background includes RNA-seq, single-cell RNA-seq, spatial transcriptomics, molecular barcoding, RNA engineering, immune cell biology, organoid models, and inflammation biology.
How to apply:
apply through the portal and/or email Yogesh Goyal with a brief research interest statement and CV. The lab also invites interested candidates to review the Goyal Lab positions page for more context on research directions and mentoring.
Institution:
Chan Zuckerberg Biohub Chicago / Northwestern University.