Engineering the Future: BCC and Greens do Good Partner for High-Efficiency Hydroponics
Students at Bergen Community College are taking hydroponic farming to the next level by applying rigorous data analysis to real-world urban agricultural challenges.
BCC students apply technical engineering principles and data-driven methods to optimize crop production.
Urban agriculture is about more than just planting seeds; it’s about engineering sustainable, high-efficiency systems for the future. We are thrilled to highlight Bergen Community College’s partnership with Greens do Good in Hackensack, where our students are taking hydroponic farming to the next level by applying rigorous data analysis to real-world agricultural challenges.
Data-Driven Agriculture: Optimizing Light Flux
In our latest video series, you can get a behind-the-scenes look at the Greens do Good hydroponic center. The footage showcases BCC students actively conducting data analysis to optimize Light Flux in open hydroponic systems. By tracking and fine-tuning these critical environmental variables, students are maximizing crop efficiency and pushing the boundaries of controlled-environment agriculture. It is a fantastic demonstration of how analytical problem-solving directly impacts sustainability.
Optimization Variables
Greens do Good Video Showcase
Watch BCC students in action as they manage layout operations, clean components, perform data diagnostics, and harvest crops in Hackensack:
Hydroponics Engineering Video Showcase
Select a tab below to watch students manage system metrics and harvest crops:
Real Results: The Harvest
But it’s not all just numbers, sensors, and spreadsheets—the proof is in the harvest. The videos also capture the rewarding moment our students harvest fresh, nutrient-rich kale directly from the systems they’ve helped optimize. This partnership perfectly highlights how applying technical engineering principles to urban agriculture yields tangible, healthy results for our local communities.
Nutrient-Rich Kale
Optimum Light Flux yields thick, fibrous, dark green kale packed with vitamins A, C, and K.
Data Analytics
Empirical tracking of environmental parameters removes guess-work from controlled farming.
Local Impact
Translating engineering principles into fresh food output delivered straight to corner bodegas.
Connect supply chain signals to real-world community impact
Use our open-source tools to see Newark's food landscape or simulate logistics metrics for our urban gardens.