MycoWorks | Mycelium Technology: Scaling the Unknown with Fermentation Scientist Maud Ohler @MycoWorks | Uploaded August 2023 | Updated October 2024, 19 hours ago.
Maud Ohler, Vice President of Technology Development at MycoWorks and fermentation scientist, works intimately with mycelium in the MycoWorks tech dev lab on a daily basis. Hear about Maud’s career in fermentation and biology, the challenges of scaling up our technology, Fine Mycelium™, and the vast opportunity behind mycelium as a material for the future.
In this episode:
0:00 Episode introduction
2:20 Hearing mycelium for the first time
4:00 The unique versatility of Reishi mycelium
9:20 A universe in a tray
15:40 Challenges of scaling mycelium tech
18:00 The mycelium industry in 10 years
20:30 Durability is sustainability
See more at mycoworks.com/scaling-the-unknown-with-maud-ohler
🎧 Listen & subscribe to our podcast: mycoworks.buzzsprout.com
Join us on our journey to Grow the Future of Materials:
mycoworks.com/careers
Learn more about MycoWorks: mycoworks.com
Get closer to Reishi™: madewithreishi.com
Follow us on Instagram: instagram.com/mycoworks
Twitter: twitter.com/MycoWorksInc
LinkedIn: linkedin.com/company/mycoworks
#MycoWorks #FineMycelium #MadeWithReishi
About Reishi™
Our pioneering product, Reishi™, is Fine Mycelium™ finely tuned and finished to the highest standards for leather. The world's first made-to-order, natural material offering unprecedented performance and freedom to customize.
About Fine Mycelium™
Our proprietary technology that engineers mycelium during growth to enable a new class of premium, non-animal, tunable materials that compare in quality and performance to the finest animal leathers. The next evolution in natural materials.
About MycoWorks
In 2013, co-founders Philip Ross and Sophia Wang formed MycoWorks, a San Francisco-based biomaterials company dedicated to bringing new mycelium materials to the world. MycoWorks’ patented Fine Mycelium technology, an advanced manufacturing platform and breakthrough in materials science, engineers mycelium during growth to form proprietary, interlocking cellular structures for unparalleled strength and durability.
Maud Ohler, Vice President of Technology Development at MycoWorks and fermentation scientist, works intimately with mycelium in the MycoWorks tech dev lab on a daily basis. Hear about Maud’s career in fermentation and biology, the challenges of scaling up our technology, Fine Mycelium™, and the vast opportunity behind mycelium as a material for the future.
In this episode:
0:00 Episode introduction
2:20 Hearing mycelium for the first time
4:00 The unique versatility of Reishi mycelium
9:20 A universe in a tray
15:40 Challenges of scaling mycelium tech
18:00 The mycelium industry in 10 years
20:30 Durability is sustainability
See more at mycoworks.com/scaling-the-unknown-with-maud-ohler
🎧 Listen & subscribe to our podcast: mycoworks.buzzsprout.com
Join us on our journey to Grow the Future of Materials:
mycoworks.com/careers
Learn more about MycoWorks: mycoworks.com
Get closer to Reishi™: madewithreishi.com
Follow us on Instagram: instagram.com/mycoworks
Twitter: twitter.com/MycoWorksInc
LinkedIn: linkedin.com/company/mycoworks
#MycoWorks #FineMycelium #MadeWithReishi
About Reishi™
Our pioneering product, Reishi™, is Fine Mycelium™ finely tuned and finished to the highest standards for leather. The world's first made-to-order, natural material offering unprecedented performance and freedom to customize.
About Fine Mycelium™
Our proprietary technology that engineers mycelium during growth to enable a new class of premium, non-animal, tunable materials that compare in quality and performance to the finest animal leathers. The next evolution in natural materials.
About MycoWorks
In 2013, co-founders Philip Ross and Sophia Wang formed MycoWorks, a San Francisco-based biomaterials company dedicated to bringing new mycelium materials to the world. MycoWorks’ patented Fine Mycelium technology, an advanced manufacturing platform and breakthrough in materials science, engineers mycelium during growth to form proprietary, interlocking cellular structures for unparalleled strength and durability.
