Fifteen engineers to build indoor vertical farms as part of Vertical Farming Design Challenge

The challenge, hosted by element14, will pick winners based on originality, innovation, technical merit and data points collected.


From EBN

Chicago – element14, the world's largest online community for design engineers and technology enthusiasts, has selected the 15 finalists who will take part in their new Vertical Farming Design Challenge, according to a press release on EBN's website. These individuals will build indoor vertical gardens using IoT technologies and methods that have the potential to change how food is produced around the world.

"The vertical farming industry presents a real opportunity to address food shortages spurred by environmental and population changes," said Dianne Kibbey, Global Head of Community, element14. "The Vertical Farming Design Challenge is just one of element14's newest initiatives to solve pressing real-world problems by empowering engineers with the technology and resources needed to find a lasting solution. We're excited to see what our participants come up with and are proud to be at the forefront of these efforts."

The 15 participants in the Vertical Farming Design Challenge, and their home countries, are as follows:
  • Ognyan Chikov, Bulgaria
  • Keith Earns, United States
  • John Henderson, United States
  • Calla Klafas, Australia
  • Erik Lau, United States
  • José Marques, Portugal
  • James O'Donnell, United States
  • Kowshik E Patel, India
  • Michael Ratcliffe, United Kingdom
  • Rick Reynolds, United States
  • Clem Martins, United States
  • Ajit Singh, India
  • Shane Sissons, United Kingdom
  • Joshua Tsai, United States
  • Srinivasan Kanni Udaiyar, India
Competitors have until November 2 to create their indoor vertical farms. element14 will provide each participant with a kit of IoT-enabled technologies from Silicon Labs andWurth Elektronik to help with the designs. Green Spirit FarmsFarmedHere and theAssociation for Vertical Farming (AVF) will guide challengers though the growing and harvesting process – providing recommendations on moisture, lighting and humidity ranges to be aware of when planting the crops and the optimal time to transfer and harvest those crops.
 
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