2025 | Student

MUSE Design Awards Silver Winner

Fry Cradle

Entrant

National Taipei University of Education

Category

Conceptual Design - Flora & Fauna

Client's Name

-

Country / Region

Taiwan

About The Entry

Fry Cradle is a sustainable fish fry-rearing system that leverages the interactions between fish fry, biofloc, Tubifex worms, and rotifers. It addresses issues such as fish waste disposal and the fry's sensitivity to water quality changes. Fry Cradle uses biofloc to process fish waste, reducing ammonia and nitrite levels. Tubifex worms in the lower tank feed on fish waste and serve as food for the fry. The system employs recirculating aquaculture system (RAS) technology to monitor critical parameters like water temperature and ammonia concentration, ensuring optimal growth conditions for the fry. Fry Cradle achieves a sustainable cycle by purifying the water and creating a healthy nursery environment, reducing labor and feed costs for fish farmers.

Featured Media

Credits

National Taipei University of Education
Chuang Chu-An
Ming Chi University of Technology
Li Chih-Yun
Ming Chi University of Technology
Wu Yi-Chen
Ming Chi University of Technology
Chen Zih-Jin
Ming Chi University of Technology
Lin Yu-He
National Taipei University of Education
Prof. Li Kai-Chu
More Silver Winners
Furniture
2025
MUSE Design Awards Winner - M3 Performance® Mattress

Entrant

BEDGEAR

Category

Furniture Design - Bedding

Landscape
2025
MUSE Design Awards Winner - Shou Lian Zhao Yue

Entrant

Beijing Institute of Technology (Zhuhai)

Category

Landscape Design - Sculpture Design

Architectural
2025
MUSE Design Awards Winner - Matrix Beyond Bronze

Entrant

Shujian You

Category

Architectural Design - Renovation 

Architectural
2025
MUSE Design Awards Winner - MeiLian WuFu Road No.1

Entrant

Wuhan MeiLian Real Estate Co., Ltd.

Category

Architectural Design - Residential