Over the last decade, interest in urban agriculture has grown rapidly, driven by rising food insecurity and renewed attention to community gathering or third spaces. Urban agriculture most often appears as community gardens in vacant lots, alleys, or rooftops, but these projects frequently stand apart from surrounding neighborhoods and rely heavily on donations, fees, and grants for continued operation.
By integrating urban agriculture directly into our designs, we have the opportunity to create active communal spaces that are financially and socially embedded in their environments while encouraging more sustainable, community-centered food production and consumption.
This presentation is available both online and in person.
Learning objectives
- The rising role of urban agriculture as a nutrition supplement for low-income communities
- The hazard of “purposeless greening”
- Ways that urban agriculture can be integrated into designed spaces
- How to sell integrated urban agriculture to property operators
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Date and Time:
Friday, March 13, 2026
12:15 pm - 1:15 pm -
Location:
TVS
1200 Peachtree St NE Suite 200
Atlanta, GA 30309 - Credits: 1 LU/HSW
- Provider: AIA Atlanta Committee on the Environment
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Meet the Speaker
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Benjamin Youngstrom
Founder
Bio
BiotechnicaBenjamin YoungstromEver since creating and selling a homemade neighborhood “newspaper” as a kid, Ben’s path has been driven by entrepreneurship and action. After building his career across jet brokerage, consulting, and line operations in business aviation, he founded Fyve By in 2022, where the company’s Sky View system transformed how aircraft are moved and handled in hangars, helping protect billions of dollars in aviation assets nationwide. In July 2025, Ben stepped away to focus on climate change and agricultural inefficiency, founding Biotechnica after developing a new method for rearing Black Soldier Flies that removes key bottlenecks to U.S. BSF farming. Working with collaborators from Georgia Tech, the team is scaling a precision vermimanufacturing process that controls insect feed inputs to produce nutrient-tunable, soil-building fertilizers that match chemical-fertilizer yields while improving soil health and reducing the environmental impacts of food waste and fertilizer production.