10x Genomics
Single-cell and spatial biology company enabling next-generation genomics workflows.
Typical Backgrounds
Types of experience professionals commonly develop
Roles Companies Often Recruit
Common roles when hiring 10x Genomics-caliber talent
- Principal Scientists
- Clinical Development Leaders
- Regulatory Affairs
- Medical Science Liaisons
- Bioinformatics Scientists
- Executive Leadership
Related Resources
Salary guides, hiring guides, market reports and case studies
10x Genomics and the single-cell/spatial biology talent pool
10x Genomics pioneered commercial single-cell sequencing and spatial biology platforms, and its instrument and reagent teams trained a large share of the specialists now working across the genomics tools industry. Because 10x's technology enabled entirely new categories of biological research, its alumni often carry outsized influence on how newer companies design their own single-cell and spatial products.
Recruits Lab sees the strongest demand for 10x alumni in bioinformatics and applications science, where deep familiarity with single-cell and spatial data analysis pipelines is scarce relative to the fast-growing number of companies now trying to build products in that space.
Org structure and titles that matter
10x organizes around Instrument Engineering, Reagent and Assay Development, Bioinformatics/Software, Applications Science, and Commercial. Titles to know: Director of Assay Development, Director of Bioinformatics, Senior Director of Applications Science, and Director of Regulatory Affairs as the company has moved select products toward clinical and IVD applications.
10x's Applications Science group is unusually influential internally because it directly shapes product roadmap based on customer research use cases, giving its senior scientists real product-strategy exposure beyond typical field science roles.
Hiring bar and interview process
10x's technical interviews for assay development and instrument engineering roles are wet-lab and hardware intensive, often including a presentation defending a past assay-optimization project. Bioinformatics interviews include a coding and pipeline-design exercise focused on single-cell or spatial data specifically, not generic genomics data handling.
Applications Science interviews weigh customer-facing communication skill alongside technical depth, since the role requires translating complex platform capabilities into research use cases for scientists at customer institutions.
Compensation posture
| Level / Function | Typical Total Comp Range | Equity Form | Notes |
|---|---|---|---|
| Director, Assay Development | $200K–$260K | 10x Genomics RSUs | Bonus target ~15% |
| Director, Bioinformatics | $210K–$270K | 10x Genomics RSUs | Single-cell/spatial pipeline expertise is scarce |
| Senior Director, Applications Science | $220K–$280K | 10x Genomics RSUs | Product-strategy influence beyond typical field science |
| Director, Instrument Engineering | $210K–$270K | 10x Genomics RSUs | Hardware-chemistry integration experience |
| Director, Regulatory Affairs | $200K–$250K | 10x Genomics RSUs | Newer function as products move toward clinical use |
Which profiles transfer well, and where
The clearest transition here is a Director of Bioinformatics moving from 10x into a drug discovery techbio that wants to build single-cell data into its target discovery pipeline, since that specific analytical skill set remains genuinely scarce across the broader biotech talent pool.
| Origin Team | Strengths | Best-Fit Destination | Watch-Outs |
|---|---|---|---|
| Bioinformatics (Single-Cell/Spatial) | Deep pipeline expertise for high-dimensional biology data | Precision medicine techbio or drug discovery platform using single-cell data | Every company's data model differs; expect a ramp-up period on new tooling |
| Applications Science | Product-strategy-adjacent customer research translation | Genomics tools startup building its first commercial product | Requires comfort with heavy customer travel and support |
| Assay Development | Wet-lab chemistry optimization for novel biology categories | Emerging genomics or proteomics tools company | IP boundaries matter for anyone moving to a close single-cell competitor |
| Instrument Engineering | Hardware-software-chemistry integration at commercial scale | Diagnostics or life sciences tools company scaling its first instrument | Startups often lack 10x's manufacturing and QA infrastructure |
How to recruit out of 10x Genomics
Motivators: appetite for earlier-stage equity after 10x's post-IPO stock volatility, and interest in applying single-cell expertise to a specific disease area rather than a horizontal tools platform. Blockers: genuine intellectual investment in the platforms they helped build, and IP or non-compete considerations for close single-cell and spatial competitors.
10x's Pleasanton, CA headquarters is largely on-site for wet-lab and hardware roles, with more flexibility for bioinformatics and applications science positions. Counter-offers commonly focus on internal mobility toward newer product lines like expanded spatial biology offerings rather than large comp increases, since 10x's compensation bands are relatively standardized.
Frequently asked questions
Why is 10x Genomics bioinformatics talent in such high demand?
10x pioneered commercial single-cell and spatial biology platforms, so its bioinformatics scientists have deep, hands-on experience with high-dimensional biology data pipelines that remain genuinely scarce as more companies try to build products or discovery platforms around that data type.
Are there IP or non-compete issues recruiting from 10x into a competing single-cell company?
Potentially, particularly for assay development and instrument engineering roles tied to core platform IP. Recruiters should review specific agreement terms before extending an offer at a direct single-cell or spatial biology competitor.
What does 10x's Applications Science role actually involve?
It combines field-facing customer support with real product-strategy influence, since Applications Scientists translate research use cases into product roadmap input, giving them broader exposure than a typical customer-facing scientific role at other companies.
How does 10x's move into clinical and IVD products affect its talent profile?
It has created a newer regulatory affairs function focused on IVD and clinical-use pathways, producing a small but growing pool of candidates who understand both single-cell research applications and the regulatory requirements for clinical-grade genomics products.
What functions is 10x Genomics currently expanding?
10x continues to invest in expanding its spatial biology product line and associated bioinformatics software, along with instrument engineering for next-generation platform iterations, driving hiring across those specific groups.