New York, New York, United States
Key technologies and capabilities for this role
Common questions about this position
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Candidates need skills in designing, prototyping, and validating single-cell and single-nucleus multiomic assays, including chemistries, barcoding schemes, capture strategies, and devices. They should be able to benchmark methods for throughput, sensitivity, cost, and reproducibility, and have passion for inventing, enhancing, and rigorously validating new techniques.
The culture emphasizes scholarly excellence, disruptive innovation, hands-on engineering, partnership, collaboration, open communication, respect, inclusiveness, and opportunity for all. Diversity of thought, ideas, and perspectives drive disruptive innovation and scholarly excellence, with a commitment to an inspiring environment where all contributions matter.
Strong candidates are passionate about designing, prototyping, debugging, and transferring single-cell technologies to users, going beyond implementing existing methods to invent, enhance, and rigorously validate new techniques. Experience aligning specs with biological requirements through collaboration with scientists is key.
Nonprofit research center for disease understanding
The Chan Zuckerberg Biohub focuses on biomedical research and technology development. It collaborates with top universities to study the basic mechanisms of diseases and create new diagnostic tools and therapies. The Biohub combines the expertise of engineers, data scientists, and researchers to tackle complex health challenges. Unlike many research institutions, it emphasizes a collaborative approach, pooling resources and knowledge from multiple prestigious universities. The goal of the Chan Zuckerberg Biohub is to advance scientific understanding and improve health outcomes through innovative research.