This project was part of my final year technical research report in product design, for which I received a first. If you are interested in reading the full report, please send me a message and I will be happy to share it with you.
Click the link below for a detailed and interactive website experience:
Introduction:
AutoFarm is an innovative solution designed to revolutionise small-scale vertical farming. With the growing need for sustainable and efficient agricultural practices, AutoFarm addresses the challenges faced by urban-based farmers by offering a cost-effective, user-friendly, and technologically advanced system. This project aims to enhance productivity, streamline operations, and make vertical farming more accessible to a wider audience.
Objective:
The primary objective of the AutoFarm project is to simplify and optimise small-scale vertical farming.
By providing an integrated system that automates key farming processes, tracks essential data, and offers educational resources, AutoFarm aims to:
• Increase operational efficiency and reduce labour-intensive tasks.
• Lower the barriers to entry for new farmers by providing intuitive technology.
• Enhance the sustainability and productivity of urban farming operations.
Features:
The AutoFarm system comprises several key components designed to work together seamlessly:
• Control Hub: The central unit that coordinates all devices, enabling automated control and monitoring of the farm.
• Control Panel: A user-friendly interface that allows farmers to manage their system easily and efficiently.
• Sense Nodes: Sensors that provide real-time data on environmental conditions, ensuring optimal growing conditions.
• Power Management: Smart Wi-Fi plugs and extension cords that allow remote control of existing devices like fans and irrigation systems, without the need for expensive smart technology.
Additionally, the AutoFarm Control App provides:
• Automated Control: Streamlining tasks and optimising efficiency.
• Track Farm Data: Real-time monitoring and data insights for informed decision-making.
• How-To Resources: Comprehensive guides and tutorials to enhance farming skills.
• Forums and Chatrooms: A platform for farmers to share experiences and collaborate.
Conclusion:
AutoFarm offers a practical, modular, and user-focused solution to the challenges faced by small-scale vertical farmers.
By integrating advanced technology with an easy-to-use interface, AutoFarm enhances efficiency, productivity, and sustainability in urban farming.
The project not only addresses immediate operational needs but also supports the broader goal of promoting sustainable agriculture.
As the project evolves, there is potential for further innovation and expansion to support even more aspects of vertical farming.
Thank you for taking the time to look through this project in all its detail, please visit www.nathandesigns.uk to view more of my design work!
