Projects

A complete rooftop farm solution combining shallow DFT (Deep Flow Technique) and substrate troughs, including lightweight grow channels, wind-resistant structures, and rainwater harvesting for nutrient top-up, targeting localized leafy-green supply for communities and commercial buildings.

A compact soilless cultivation platform for schools and research education, supporting switching between hydroponics and substrate culture. Built-in temperature, humidity, light, and EC logging, paired with an experiment curriculum package for teaching plant nutrition and controlled-environment agriculture.

A nutrient solution recovery and disinfection solution for commercial greenhouses, integrating UV/slow-sand filtration modules with ion-selective sensors to enable reuse of drainage water, cutting fertilizer waste and environmental pollution.

A cultivation management software system for substrate-based growing (coir, rockwool, etc.). By modeling substrate moisture content, porosity, and nutrient leaching data, it outputs irrigation strategies and fertigation recipe recommendations for greenhouse growers, reducing the risk of substrate salinization.

A multi-layer vertical aeroponic structure where roots are suspended and misted with nutrient solution, achieving roughly 90% water savings compared to conventional soil cultivation. Suited for rooftops and balconies, with modular design supporting crop rotation of lettuce, strawberries, and herbs.

A modular NFT (Nutrient Film Technique) hydroponic unit for urban households, integrating pH/EC sensors and an automated nutrient dosing module. A companion app enables remote monitoring of light cycles and nutrient concentration, designed for users with zero growing experience.