Australian-American businessman (born 1974)
Saul Griffith (born 1974) is an Australian–American inventor and renewable electricity advocate. He is the founder or co-founder of multiple companies, including Otherlab (where he is currently CEO), Makani Power, and Instructables.
Education.
In 2000, Griffith graduated from the University of Sydney with a Master of Engineering degree. He won a scholarship to MIT Media Lab to study towards a PhD that he completed in 2004. The subject of his PhD thesis was "self-replicating machines". They were one of the first instances of artificial replication being demonstrated using real physics.
Projects.
Griffith is the co-founder and CEO of OtherLab, a research and development company working on computational manufacturing and design tools and applying those tools to projects such as inflatable pneumatic robots and prostheses, novel approaches to heliostat design, and applications of computational origami to the design of pressure vessels (e.g. for compressed natural gas) in arbitrary shapes. Otherlab's R&amp;D is guided by a vast map of energy flows in the US economy, which they use to identify key leverage points in building a more sustainable energy economy.
Griffith used this energy flow mapping for Rewiring America, a nonprofit organization working on electrification. He argues that the United States can create 30 million jobs, save consumers money, boost energy resiliency, and accelerate achievement of a net zero economy.
Previously, he was a co-founder of Squid Labs, and its spinout companies and projects Makani Power, Instructables, Wattzon, HowToons, OptiOpia, Potenco, Sunfolding, Other Machine Company and Monkeylectric.
Personal life.
Griffith used to live in San Francisco. As of 2022, he has relocated to Australia, living in Wollongong.
He is married to Tim O'Reilly's daughter Arwen. He has two children.
Griffith's mother is a wildlife artist, early Greenpeace activist and printmaker, while his father is a retired professor. 
A portrait of Griffith by artist Jude Rae was highly commended in the 2022 Archibald Prize.
References.
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