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Phd Student Stem Cell information

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How much do phd student stem cell jobs pay per hour?

As of Jun 9, 2026, the average hourly pay for phd student stem cell in the United States is $14.21, according to ZipRecruiter salary data. Most workers in this role earn between $13.46 and $15.14 per hour, depending on experience, location, and employer.

What are PhD students in stem cell research?

PhD students in stem cell research are graduate students pursuing a doctoral degree focused on the study of stem cells, their properties, and their potential applications in medicine and biology. They typically conduct original research in laboratories, investigating topics such as stem cell differentiation, regenerative medicine, and disease modeling. Their work may involve experiments with embryonic or adult stem cells, data analysis, and publishing scientific papers. PhD students also complete coursework, attend conferences, and collaborate with other researchers as part of their training.

What are some common challenges faced by PhD students working in stem cell research, and how can they be managed?

PhD students in stem cell research often encounter challenges such as lengthy experimental timelines, troubleshooting complex protocols, and staying updated with rapidly evolving techniques. Managing these challenges involves effective time management, seeking guidance from mentors, and actively participating in lab meetings and journal clubs. Collaboration with other researchers and maintaining detailed lab records can also help address experimental setbacks and foster a supportive work environment.

What is the difference between Phd Student Stem Cell vs Research Scientist Stem Cell?

AspectPhd Student Stem CellResearch Scientist Stem Cell
Required CredentialsEnrolled in PhD program, typically with a relevant master's degreeDoctoral degree (PhD) in a related field
Work EnvironmentAcademic labs, university settings, research institutionsBiotech or pharmaceutical companies, research labs
Employer & Industry UsageUniversities, academic research projectsIndustry R&D, biotech firms, clinical research

The main difference is that a Phd Student Stem Cell is still pursuing their doctoral degree and primarily engaged in academic research, while a Research Scientist Stem Cell has completed their PhD and works in industry or applied research settings. The roles differ mainly in experience level, employment environment, and career stage.

What are the key skills and qualifications needed to thrive as a PhD student in Stem Cell research, and why are they important?

Thriving as a PhD student in Stem Cell research requires a solid background in molecular biology, genetics, and cell culture techniques, typically supported by a relevant undergraduate or master's degree. Familiarity with laboratory equipment, data analysis software (such as FlowJo or ImageJ), and compliance with research ethics certifications is essential. Critical thinking, perseverance, and strong communication skills help students excel in experimental design, troubleshooting, and collaboration. These competencies are vital to advancing innovative research, overcoming scientific challenges, and contributing meaningfully to the field.

Developmental & Stem Cell Biology

Becoming

San Francisco, CA

Full-time

Posted 5 days ago

Job description

About Becoming

Becoming is building Developmental Intelligence: AI for predicting how organisms change over time. 

Development is intelligence in motion. Most experimental systems fail when metabolic demands become too high. We are building systems that don't - combining engineered metabolic environments, longitudinal measurement, and predictive models to turn development into something that can be understood, tested, and controlled.

This is frontier tech with real stakes. We value speed, rigor, integrity, and ownership.

The Role

We are hiring a Developmental & Stem Cell Biology to own and scale critical biological systems within Becoming's platform.

This is a high-agency, industry-caliber role. You will not be handed a task list. You will be expected to identify problems, propose solutions, and drive experiments from idea to impact. You will build and operate long-horizon developmental systems from stem and primary cells, integrate them with engineered environments, and generate data that directly informs platform decisions.

You will work closely with scientists, engineers, and AI researchers, with increasing ownership as the platform scales.

What You'll Own
  • Design and execution of long-horizon developmental systems derived from stem and primary cells
  • Day-to-day ownership of biological performance: stability, progression, and reproducibility
  • Development of benchmarks and readouts for developmental state, patterning, and functional maturation
  • Execution of contextual perturbations (signaling, nutrients, mechanics, metabolic conditions) and interpretation of outcomes
  • Generation of clean, interpretable datasets suitable for modeling and decision-making
  • Iteration on protocols and systems to improve robustness, scalability, and reliability
  • Clear, direct communication of results, failures, and next steps across disciplines
Who You Are

You are someone who:

  • Operates with high agency - you take initiative and don't wait to be told what to do
  • Takes ownership of outcomes, not just experiments
  • Brings high energy and momentum to ambitious scientific problems
  • Acts with high integrity - you are honest about data, limitations, and uncertainty
  • Communicates directly and clearly, especially when things aren't working
  • Is self-aware and receptive to sharing and receiving feedback
  • Thinks like a systems integrator, connecting biology, environment, hardware, and data
  • Thrives in fast-moving tech environments where priorities evolve quickly

Requirements

Required

  • PhD (or equivalent experience) in developmental biology, stem cell biology, or a related field
  • At least 1 year of industry experience in tech, biotech, pharma, or a startup, with exposure to real-world timelines, cross-functional collaboration, and delivery expectations
  • Strong hands-on experience with stem cell-derived early developmental systems and/or mammalian developmental processes
  • Solid intuition for temporal dynamics and context-dependent biology
  • Demonstrated ability to take loosely defined goals and turn them into executed, decision-relevant experiments
  • Comfort making progress with incomplete information and iterating quickly

Strong Signals

  • Experience with mouse developmental systems, lineage progression, or early tissue organization
  • Prior work building or scaling new experimental systems, not just running established assays
  • Exposure to long-term cultures, perfusion, or engineered microenvironments
  • Interest in how biological data feeds into predictive or computational models

Benefits

  • Competitive salary and meaningful equity depending on experience level
  • Full benefits
  • High-trust, high-ownership environment
  • The opportunity to define a new scientific category from the ground up

Apply