Scientist/Senior Scientist, High-Throughput Screening

Coordinate the screening team’s day-to-day work, plan experiments, mentor team members, and ensure timely delivery of screening milestones.

Manage and improve the screening workflow from cell-culture readiness and HTS assay execution through data analysis, quality control, and interpretation.

Increase screening throughput and reproducibility in partnership with automation engineers while maintaining biological relevance and data quality.

Design and execute functional assays to characterize cellular responses following cryoprotectant exposure.

Develop and validate mechanism-of-action assays to identify drivers of toxicity and guide the design of less-toxic formulations.

Improve the integration of renal, cardiac, and hepatic cell models using primary cells or iPSC-derived cells into the screening pipeline.

Use chromatography and mass spectrometry to assess the purity of compounds used in cryoprotectant screening.

Analyze multiparametric datasets, prioritize findings for follow-up, and communicate actionable recommendations to colleagues developing cryoprotectant formulations.

Trained at the PhD level in Toxicology, Pharmacology, Cell Biology, Physiology, Bioengineering, Chemical Engineering, Tissue Engineering, or a related field, or bring equivalent expertise through at least four years of relevant experience managing research projects end to end.

Experienced in independently designing, executing, and improving cell-based high-throughput screening workflows.

Skilled in assay development using primary cells or iPSC-derived cells, with experience in at least one renal, cardiac, or hepatic model.

Experienced in developing mechanistic assays and translating screening results into testable hypotheses about cellular toxicity.

Comfortable working hands-on with plate-based assays, imaging, flow cytometry, and analytical chemistry methods such as HPLC, LC-MS, or GC-MS for compound purity assessment.

Experienced in quantitative analysis of screening data, including quality control, statistical interpretation, and analysis of multiple experimental readouts.

Able to coordinate and mentor a scientific team, manage interdependent workflows, and take responsibility for experimental execution and outcomes.

Collaborative, receptive to diverse perspectives, and comfortable adapting priorities in a fast-paced, mission-driven research environment.

Experience scaling automated screening workflows in close partnership with lab automation engineers.

Experience integrating iPSC-derived cells or advanced 3D models into high-throughput screening pipelines.

Experience with high-content imaging, transcriptomics, or other approaches that connect cellular phenotypes to mechanisms of toxicity.

Proficiency in Python or R for analysis, visualization, and interpretation of complex screening datasets.

Experience relating compound purity measurements to biological assay results.

Generous medical, dental and vision insurance coverage

Flexible time off and paid holidays

Competitive compensation package, including salary and equity

Access to a 401(k) retirement savings plan

FSA and commuter benefits

Daily lunch and dinners, plus a variety of snacks

Monthly learning stipend

On-site fitness center

Quarterly team social budget