Most kitchens rely on outdated drying solutions that are unhygienic, visually unappealing, and poorly suited to modern needs. Traditional racks take up space, fail to dry effectively, and offer no integration with today’s smart home ecosystems.
Design and prototype a smart, modular drying station – “The Island” – that reimagines how kitchens handle drying. It must combine clean aesthetics, UV-based hygiene, effective airflow, and smart controls, all within a weekend sprint and ready for 3D printing by the end.
The Island reimagines the drying station as a centerpiece of modern kitchen design. This smart, modular system integrates UV sanitation, humidity sensing, and airflow control to ensure optimal hygiene and convenience. Designed for retrofitting into existing spaces, it combines premium materials with intelligent features—delivering a product that is as functional as it is beautiful.
✨ Key Objectives:
Smart Drying Mechanics: UV light, airflow, and humidity control for faster, more hygienic drying cycles.
Modular Design System: Customizable compartments for cloths, utensils, and tools, built for 3D printing.
Refined Aesthetic: A high-end look and feel with materials that are easy to clean and built to last.
Seamless Control: Intuitive interface with Bluetooth connectivity and multiple drying modes.
🧑‍🤝‍🧑 Roles:
3D Designer: Model precise, printable components with clean, modular interfaces.
Mechanical Systems Builder: Engineer airflow paths, UV placement, and structural layout.
Industrial Designer: Balance form and function to meet daily kitchen needs with elegance.
UX/Product Thinker: Define how users interact with the system, from touchpoints to maintenance.
IoT Developer: Enable smart controls and wireless communication between components.
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