Commercial & P&L Ownership: Define the go-to-market strategy for Multiomics Datapoints. Identify market gaps, set pricing for our high-value / low-cost-per-datapoint model, and own revenue growth and operational efficiency across a customer base that spans large pharma, biotech, and government.
Technical Vision & Roadmap: Set the scientific direction across our arrayed perturbation platform and multiomic readouts — DRUG-seq (high-throughput transcriptomics), high-content imaging and Cell Painting (morphological profiling), and CRISPR-edit verification — across arrayed chemical, genetic (CRISPR KO / CRISPRi), and siRNA / ASO modalities. Drive the expansion agenda above: new DRUG-seq applications (especially safety), data purpose-built for AI/ML training, new readouts (proteomics, metabolomics, additional NGS), and new products such as arrayed whole-genome CRISPR knockouts.
Strategic Team Leadership: Lead and mentor a multidisciplinary team of roughly 10–15. Because Datapoints runs a central operations matrix, day-to-day task assignment flows through shared ops structures; your job is to set direction, develop the team, and bridge the gap between industrialized wetlab automation and computational/AI interpretation. A practical understanding of wetlab methods — assay development, cell culture, perturbation delivery — is essential, so that you can lead the experimental team credibly even if your own background is computational.
External Presence & Thought Leadership: Serve as the face of Ginkgo’s Multiomics business. Represent the company at major conferences (e.g., the Festival of Genomics), publish and present our science, and cultivate community around initiatives like the Virtual Cell Pharmacology Initiative (VCPI). Lend scientific credibility to sales and BD conversations, and open doors by connecting the commercial team with relevant contacts across your network.
Government & Grant Strategy: Partner with Government Affairs to shape and win large-scale programs (ARPA-H, BARDA, DARPA, NIH). Our ARPA-H CATALYST program — building an in-silico ADME-Tox and dosage-prediction platform aimed at reducing reliance on animal models — is exactly the kind of safety-focused flagship you’ll help drive.
Build the Best-in-Industry Arrayed Multiomics Engine: Lead the continued scale-up of our automated arrayed perturbation-and-readout platform — transcriptomics, imaging, edit verification, and new omic layers — with integrated QC and AI analytics pipelines, to produce high-fidelity, AI-ready datasets faster and at greater scale than traditional labs.