Automated Hydroponic Box
Alexa Modular Adapter
Alexa Enabled Universal Remote
ARbot
AutoIrrigation
Automated Hydroponics
Autonomous UV-C Sanitation Bot
Bus Tracker Project
Bus Tracking System
Bus Usage Monitor
Classmates Search
Cloud Native Wireguard
CO2 Monitoring System
Diabetics Companion
Edu Plastic Pollution
EDU (CPU)
Googun
H2Eyes
IMDB on FPGA
Indoor Robot
Induction Motor
Land Trust Management
Learning Storage Networks
Low Latency Gaming
Marine Plastics Monitor
ODS Web App Performance Tuning
Offroad Spotting Drone
ONI Code Visualization
Painless Healthcare Management
Parquet+OCI project
Preventing Vehicular Heatstroke
Remote Nuclear Monitoring
Rent-a-Driveway 2020
ResearchConnect
RREESS Microgrid Management
Save our Species 2020
SAWbots - Miniature Medical Robots
Self Stabilizing Personal Assistance Robot
Slug Charge
Slug Sat
Smart Cane
Smart Magazine Floorplate
Smart Park
Smart Seat Cover for Posture Detection
Smart Slug Bin
Soaring Slugs
Team Litter Buster
Understanding Healthcare Data
Vibrace
VoIP Management Assistant
Wildfire Detection Drone
Why Create a Hydroponic Box?
Getting fresh produce can be hard for students given the scarcity of fast and reliable transportation off campus, especially when public transportation. The hydroponic method we chose to grow our plants is the Kratky Method because it is the method that best fit our design objectives: options can pose a health risk.
Creating a hydroponic box makes it more accessible and less dangerous for students living in apartments on campus to obtain fresh produce from the comfort of their homes.
Design Objectives
• Inexpensive for the user
• Attractive and space saving design
• Monitor plants to ensure successful growth and adequate yield
• Allow the user to contribute to the growing process
System Outline
The diagram below shows a simple overview of how we connected all of our components together to implement the program shown in our state machine diagram.
The Hydroponic Method
Functional Prototype
Behavioral Diagram
This diagram demonstrates the germination process of the plant, showing how the sensors and actuators ensure that the plant is under the right conditions to grow successfully.
References
https://originhydroponics.com/hydroponics -guide/
https://www.cropking.com/catalog nft-system
Acknowledgements
We would like to thank Professor, David Harrison, and our TA, David Kooi, for guiding and mentoring us throughout this project. We would also like to thank Mr. Avery for helping us build the wood frame of our functional prototype.