Scientist I, Developmental Morphogenesis
Allen Institute
Summary
The Cell Science team at the Allen Institute is recruiting a Scientist in Developmental Morphogenesis to contribute to their mission: to make multicellular behavior predictable and programmable. The team draws from strengths in stem cell engineering, high-content imaging, image quantification, and data-driven machine learning to advance understanding of cell states during morphogenesis.
Job description
We seek outstanding candidates with mechanistic and quantitative expertise in developmental morphogenesis in model organisms and/or organoid models. The successful candidate will have access to world-class resources, including cutting-edge microscopy platforms, high-throughput cell and molecular engineering pipelines, and deep expertise in modeling and theory.
Responsibilities
- Identify, develop, and pursue ambitious questions underlying cell fate and cell morphodynamics during tissue morphogenesis
- Scientifically supervise scientists and subject matter experts as appropriate for specific projects
- Foster a culture of learning and knowledge sharing within the team and within the Institute
Required Education and Experience
- PhD degree in biological science (e.g., cell biology, developmental biology, biophysics, bioengineering), physical science, or related science, engineering or related field
- Established as an expert in developmental morphogenesis with publications in peer-reviewed journals
Preferred Education and Experience
- No more than three years of direct experience after award of PhD
- Extensive experience with 3D, live fluorescent imaging modalities
- Experience working in 3D stem cell models
- Experience in tissue mechanobiology
- Knowledge of gene regulatory networks dynamics underlying differentiation
- Experience in image analysis
- Experience working in dynamic, fast-paced research environments with a start-up and growth mindset
- Strong collaboration skills, including working with program managers and diverse subject matter experts
- Excellent organizational, written, and verbal communication skills
- Strong interpersonal skills for cross-team coordination
Requirements
- PhD degree in biological science (e.g., cell biology, developmental biology, biophysics, bioengineering), physical science, or related science, engineering or related field
- Established as an expert in developmental morphogenesis with publications in peer-reviewed journals
- No more than three years of direct experience after award of PhD
- Extensive experience with 3D, live fluorescent imaging modalities
- Experience working in 3D stem cell models
- Experience in tissue mechanobiology
- Knowledge of gene regulatory networks dynamics underlying differentiation
- Experience in image analysis
- Experience working in dynamic, fast-paced research environments with a start-up and growth mindset
- Strong collaboration skills, including working with program managers and diverse subject matter experts
- Excellent organizational, written, and verbal communication skills
- Strong interpersonal skills for cross-team coordination
Benefits
- Medical Insurance
- Dental Insurance
- Vision Insurance
- Basic Life Insurance
- 401(k)
- Paid Time Off
Company overview
The Allen Institute is a premier non-profit research organization founded in 2003 by philanthropist Paul G. Allen, co-founder of Microsoft. Headquartered in Seattle, Washington, the institute is dedicated to answering fundamental questions in biology and accelerating scientific discovery through large-scale, collaborative research projects. The organization operates several major research divisions including the Allen Institute for Brain Science, Allen Institute for Cell Science, and Allen Institute for Immunology. The Allen Institute is renowned for creating comprehensive, open-access data resources and tools for the global scientific community, such as the Allen Brain Atlas, which provides detailed maps of gene expression in the mouse and human brain. Their research approach combines experimental biology with computational analysis and data science to generate transformative insights into complex biological systems. The institute's work has significantly advanced understanding of brain function, cellular biology, and immune system dynamics, making it a leading force in modern biomedical research with a strong commitment to open science and data sharing.