Space systems
Power beaming between spacecraft, uncooperative body characterization, and related space infrastructure. Projects range from system-level design to physics-based simulation, pointing control, and constellation networking.
Learn more →Engineering and Applied Sciences Institute
Research, development, and education for the public good.
We pursue rigorous work in modeling, estimation, and control of complex uncertain systems—from space systems to computational biology.
Our mission
To engage in research, development, and education in the fields of engineering and applied sciences for the benefit of the public.
Focus areas
Our work is organized around three focus areas. Each combines research, development, and—where relevant—education and outreach.
Dynamics, estimation & control
Modeling, estimation, and control of complex uncertain systems—from tumbling bodies in space to biological networks. Cross-cutting methods that support our space and computational biology work.
Learn more →Computational biology
Applying dynamical systems and control theory to biological networks for medical applications. We are investigating topics such as computational stability and control of neurodegenerative disease networks.
Learn more →Who we are
EASI is an independent nonprofit research institute. We emphasize modeling, estimation, and control of complex uncertain systems and publish our findings to support decision-makers and the public. Our board and researchers drive projects across space systems and computational biology.
Support our work
As a nonprofit, we rely on grants and donations to carry out independent research. Your support helps us keep our work free and open.