Residency
Experiment boldly, build openly
Astera’s residency program is a 12 to 18-month, fully funded program centered on the creation of public goods. Apply by April 19th.
About the residency program

We provide talented innovators with both salary and research budgets required to create high-impact public goods. Projects we support could take the shape of infrastructure, tools, standards, hardware, software, thought leadership, or wetware, as well as pre-commercial fundamental research that can enable progress across Astera’s key focus areas: Neuroscience and Artificial Intelligence, AI-enabled Life Sciences, and Open Science.

We support projects before it’s clear whether they will one day become nonprofit organizations, for-profit companies, or one-off outputs in the public domain. We deliberately enter at the earliest stages, when unknowns are high, traditional funding sources fall short, and a small amount of catalytic support can generate the most new information. Rather than planning indefinitely, we believe the fastest path to understanding what’s worth building is to build it.

The general expectation is that all work will be published openly and accessibly, in line with our Open Science Policy. However, terms can be negotiated during the application process for projects with potential commercial interests.

We welcome new residents to each cohort in Emeryville, California, where we are building an in-person hub for open science, data, and technology. For the Fall 2026 cohort, applicants can apply to one or more of the below tracks. More detail for each is available in the application:

  • Neuroscience and Artificial Intelligence 
  • Life Sciences and Open Science
  • Other: if your project doesn’t fit neatly into the above tracks but feels like a strong fit for Astera’s mission, we still want to hear from you.

What we offer to residents

Residents receive: 

  • Salary of between $125,000-250,000 annually (commensurate with experience) and benefits for the duration of your residency
  • Additional negotiated budget to cover project expenses (e.g. lab, infrastructure, compute, licenses, personnel), which can range from $0-$1.5M depending on project needs
  • Compute resources via Voltage Park, including on-demand access to 24,000 NVIDIA HGX H100s and access to a reserved fleet of B200s and GB300s
  • Dedicated workspace at our Emeryville hub with shared amenities and events
  • A community of like-minded technologists tackling bold challenges in intelligence and the life sciences
Application process

Applications are now open for our Fall 2026 cohort! Apply here by April 19th for an August 17th start date. 

What we’re seeking for our residencies
Fit for Astera

We are prioritizing projects that align with Astera’s focus areas, where our expertise and resources can meaningfully accelerate progress. The proposed work should be early stage and well scoped for a 12–18 month residency.

Useful

Projects should build things that people will actually use—tools, infrastructure, or insights with real pathways to adoption. In the long run, this work should advance outcomes that benefit society broadly.

Open-First

The majority of work should be open, accessible, and non-proprietary. Residents should enable others to build on their outputs and be willing to share both what worked and what did not, so others can learn from the full arc of the work.

People-Project Fit

The proposed work should be well matched to the people doing it. Residents should bring the relevant expertise, judgment, and agency, be aligned with Astera’s principles, and contribute positively to the intellectual and collaborative fabric of the Astera community.

Astera Residents

Our Residents are hungry, dedicated, and opinionated entrepreneurs. They have a theory of change they’re testing, and they’re doing it with urgency.

Aaron Tohuvavohu
Cosmic Frontier Labs
Full bio
Chongxi Lai
Building brain-like models
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Dakota Gruener
Studying sunlight reflection to limit climate impact
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Damien Scott
Sub-1¢/kWh fusion energy
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Edwin Kite
Warming Mars
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Erika Alden DeBenedictis
Designing life for Mars
Full bio
Rachel Dutton
Accessing the health benefits of fermented foods
Full bio
Thomas Teisberg
Modeling the Earth’s ice sheets
Full bio
Tim McGee
Impossible Fibers
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