In conceptualizing an innovative fusion of technology and agriculture, I embarked on the creation of a transparent NFT aquaponic system, with a distinct emphasis on visualizing not only the dynamic processes within plant roots but every aspect of the system. Motivated by the simplicity and practicality of NFT design, my aim is to establish a fully operational system with minimal setup, prioritizing the conceptual exploration of plant growth dynamics and the overall system transparency over technical intricacies. This project, undertaken within the context of the Urban Farming: Technology and Community course and its constraints of a 600 RMB budget, represents a unique journey into sustainable urban farming practices and digital agricultural innovations within a community development framework.
The base structure underwent three phases of construction. Initially, I assembled it based on my initial concept drawing, incorporating four one-meter aluminum legs. I utilized one half-meter aluminum piece to support the light, three half-meter pieces for the plant container slide, and two half-meter pieces to secure the entire assembly. However, upon completion, it was observed that the structure was unstable, as my focus had been primarily on the project's functionality rather than the overall stability of the structure.
The base structure underwent three phases of construction. Initially, I assembled it based on my initial concept drawing, incorporating four one-meter aluminum legs. I utilized one half-meter aluminum piece to support the light, three half-meter pieces for the plant container slide, and two half-meter pieces to secure the entire assembly. However, upon completion, I observed that the structure was unstable, as my focus had been primarily on the project's functionality rather than the overall stability of the structure.
Upon closer inspection, I realized that many of the half-meter aluminum parts were improperly placed, oriented side to side instead of tip to side. To address this issue, I used a cutting saw to modify some of the aluminum pieces, reducing them from half a meter to 46 centimeters to ensure a perfect fit.
In the final phase, prioritizing stability, I added additional aluminum pieces to reinforce the entire structure. I introduced five pieces at the top and bottom to secure the sides, incorporating either half-meter or 46-centimeter segments. This modification significantly improved the overall stability of the structure.
The plant container slide underwent three significant phases in its construction. Initially, I utilized a laser cutter to craft the acrylic parts based on the 3D design and concept drawing. However, during the assembly process, I had to redo the entire first phase. The use of super glue caused smearing, turning the transparent parts white and hindering the project's main goal of transparency. After rectifying the first phase and achieving a flawless build, I conducted a waterproof test, confirming its impeccable functionality.