About the Advanced Regenerative Manufacturing Institute

Our mission is to advance the bioeconomy of the United States. The Institute’s work will positively impact not only manufacturing but also healthcare and education and workforce development for the nation.

Manufacturing scalability, process and partnership.

There are 400,000 people worldwide right now on waiting lists for organs. What if we could create lungs, livers or corneas at scale? It would be unprecedented.

Our goal is to move highly specialized regenerative medicine – engineering or regenerating human cells, tissues and organs – from lab to production to cure diseases and improve quality of life.

ARMI’s Leadership Team

DEAN KAMEN

Executive Director & Chairman of the Board, ARMI

Maureen Toohey

Deputy Executive Director & Secretary of the Board

Thomas Bollenbach, Ph.D.

Chief Technology Officer

Jim Scott

Chief Administrative Officer

Jennifer MacDonald, M.D.

Chief Operating Officer

News Highlights

Events

Meeting on the Mesa

Phoenix, AZ Phoenix, AZ, United States

ARMI | BioFabUSA will attend Meeting on the Mesa 2025, one of the premier partnering events for the cell and gene therapy sector, taking place October 6–8 in Phoenix, AZ.

2025 BioFab Investment Summit

Manchester, NH Manchester, New Hampshire

Hosted by the BioFab Startup Lab, the 2025 BioFab Investment Summit connects early-stage companies with investors and partners driving regenerative medicine forward.

TERMIS-AM 2025

Detriot, MI Detroit, MI, United States

ARMI will present at TERMIS 2025, highlighting cutting-edge regenerative medicine research and its role in scaling biomanufacturing through national collaboration.

Defense Manufacturing Conference (DMC) 2025

Caribe Royale Orlando 8101 World Center Drive, Orlando, FL, United States

BioFabUSA will exhibit and present at DMC 2025, sharing how scalable biomanufacturing can strengthen U.S. defense capabilities and support resilient manufacturing systems.

ARMI

Initiatives

Learn more about work underway to build the biofabrication ecosystem and accelerate the science of regenerative medicine.