Innovative Gardening Products
Graduation Project With
Duration: 6 Months
Brief
Developing new product designs and user experiences to address future nutritional needs anticipated in 2028. (Project brief - Beko)
Problem
The impact of chemical pesticides on the preservation of agricultural products and plant growth is a significant issue, particularly in terms of reducing chemical use and minimizing environmental damage. In the context of climate change and resource scarcity, innovative solutions are needed to preserve and enhance the productivity of non-genetically modified seeds. Additionally, the necessity for rapid and accurate soil analysis highlights the importance of optimizing agricultural productivity.
Research
Excessive chemical use has degraded 35% of Egypt’s Nile Delta and 40% of Spain’s Almeria region, while precision farming in the Netherlands and Germany has improved soil health and productivity. In India’s Punjab, similar practices have reduced soil fertility by 20%. These examples highlight the importance of soil management for sustainable agriculture.
Grundig Gardening Innovations proposes a system design using sound waves for efficient gardening practices. Traditionally, post-harvest losses were mitigated with chemicals, but new technologies utilizing sound waves have been developed to reduce environmental risks.
Sound waves enhance plant resilience, reduce the need for chemical fertilizers and pesticides, and prevent fungal and bacterial threats. They also boost cell division, photosynthesis, and respiration.
This project enables Grundig to present its pioneering solutions in sustainable agriculture by supporting research articles that demonstrate how a plant can grow healthily from seed to harvest without the use of chemicals.
In 2028, the world faces climate change, pollution, population growth, and resource scarcity, making food security a major concern.
Products and Details
Innovative Seed Quality and Yield Analyzer.
Grundig SeedSide Seed Analysis Device uses microchips to assess seed quality, yield, and durability. These microchips monitor growth, health, and performance after grinding, identifying optimal conditions for soil, water, sunlight, temperature, humidity, pH, nutrients, and protection.
The cover is opened to pour the seeds. To prevent clogging, seeds pass through holes of varying sizes simultaneously. The ground seed powder waste is collected in the lower compartment and can then be emptied. It charges via the designated magnetic charging pin in the Gardenkit charger.
Grundig Seedside
Magnetic & Wireless Charging
In the GardenKit charging unit, products charge magnetically. The system charges from the bottom and lifts vertically, displaying the charge percentage. There is also a wireless phone charging area at the top.
Pull the handle
The handle can be lifted to access the products, with the charging indicator active simultaneously.
The products are charged with a magnetic pin in customized areas. The product is portable in two directions.
Smart Farming: Soilyzer for Soil Analysis
Soilyzer connects to the GardenWhiz app and provides instant soil data (pH, organic matter, nutrients, temperature, clay content). Results are displayed and tracked in the app.
Stick
Soilyzer is embedded in soil.
On/Off
Press the dial once to turn the device on, press again to turn it off.
Turn
Info via menu navigation.
How does the Soilyzer work?
SonicSide: Revolutionizing Food Safety
SonicSide uses ultrasonic waves to enhance plant growth, preserve nutrients, delay decay, and eliminate pathogens. It boosts seed germination and root development in fruits and vegetables. Controlled via the GardenWhiz app, it operates with a single button for process control and monitoring.
Press the on/off button to operate the device. The drilling head is attached, and the device is planted into the ground. Ultrasonic waves destroy pathogens within a set time.
Exploded Perspective
UI/UX Design
Packaging
Hemp-based packaging for seeds: Spinach, Tomatoes, Carrot, Strawberry, Apple.
Grundig Gardenkit Packaging
Grundig Gardenkit Trailer
Receiving feedback
I sincerely thank M. Lütfi Hidayetoğlu, Head of the Department of Industrial Design at Selçuk University, for his invaluable support. My gratitude also goes to Senior Industrial Designer Doğaç Can Sağırosmanoğlu and Senior Specialist Özlem Duyan from Beko for their significant contributions, as well as to all the designers who supported the project.
Designer: Mustafa Kemal Karakaya
University & Industry Cooperation Supporters
