推測設計

張楚妍│邱慧馨

幸福肉食驗

C-Project

幸福的陪伴動物細胞化為蛋白來源,在愛護同時奪取。是否能直面肉食背後的矛盾心理?

When companion animal cells become food, love and exploitation merge. Can we finally confront our deepest paradox?

#培養肉 #肉食悖論 #寵物愛護

在培養肉普及的虛構未來,培養肉公司推出取代實驗室動物、更無犧牲的肉食模式。「幸福肉食驗」計畫主張幸福、無壓力的個體具備更優異的細胞分化潛能,透過採集工具組讓飼主在梳毛的親密互動中獲取細胞。本專案以此模糊「愛」與「剝削」的界線,挑戰人們切割肉食傷害的心理習慣,直面人與動物關係中複雜情感並存的悖論。

In a future where cultured meat is the norm, "C-Project" introduces a sacrifice-free alternative to laboratory donors. Based on the premise that stress-free individuals yield superior cell differentiation, the project utilizes a Cell Collection Kit to gather cells through the intimate act of grooming. By blurring the line between "beloved companion" and "protein resource," it confronts our detachment from the harms of consumption, forcing us to face the paradox of love and exploitation.

作者資訊
Authors

張楚妍

Chang, Chu-Yan

chuyan930530@gmail.com

張楚妍

Chang, Chu-Yan

chuyan930530@gmail.com

邱慧馨

Chiu, Hui-Hsin

hsin.10550@gmail.com

邱慧馨

Chiu, Hui-Hsin

hsin.10550@gmail.com


盧亭妤

推測設計
張楚妍│邱慧馨

幸福肉食驗

C-Project

幸福的陪伴動物細胞化為蛋白來源,在愛護同時奪取。是否能直面肉食背後的矛盾心理?

When companion animal cells become food, love and exploitation merge. Can we finally confront our deepest paradox?

#培養肉 #肉食悖論 #寵物愛護

在培養肉普及的虛構未來,培養肉公司推出取代實驗室動物、更無犧牲的肉食模式。「幸福肉食驗」計畫主張幸福、無壓力的個體具備更優異的細胞分化潛能,透過採集工具組讓飼主在梳毛的親密互動中獲取細胞。本專案以此模糊「愛」與「剝削」的界線,挑戰人們切割肉食傷害的心理習慣,直面人與動物關係中複雜情感並存的悖論。

In a future where cultured meat is the norm, "C-Project" introduces a sacrifice-free alternative to laboratory donors. Based on the premise that stress-free individuals yield superior cell differentiation, the project utilizes a Cell Collection Kit to gather cells through the intimate act of grooming. By blurring the line between "beloved companion" and "protein resource," it confronts our detachment from the harms of consumption, forcing us to face the paradox of love and exploitation.

1.從殼中推出膠囊,組裝膠囊進行細胞採集

Assemble the capsule to collect cells

3.使用安全撥桿、按鍵控制採集手把

Safety toggle and button needle control

2.選一種梳子(理毛/按摩)組裝至手把

Select a comb and snap it onto the handle

4.使用AI偵測裝置判斷採集時機

AI detection for optimal collection

張楚妍

Chang, Chu-Yan

chuyan930530@gmail.com

邱慧馨

Chiu, Hui-Hsin

hsin.10550@gmail.com

作者資訊

Authors

國立臺灣科技大學設計系 畢業展
106 臺北市基隆路四段43號

聯絡電話:(02)2733-3141#7263 傳真:(02)2737-6303

Email:dtoffice@mail.ntust.edu.tw

國立臺灣科技大學設計系 畢業展

聯絡電話:(02)2733-3141#7263