Paper Engineer & Children's Illustrator
Penguins in Candy Shop
About Mechanism: A double-sided kinetic paper structure based on a 4×2 modular grid (280×200 mm flat size). Utilizing a strategic central slit and precise scoring, the mechanism collapses into a 70×100 mm format through various folding sequences. This design features multiple 'states' and allows for sequential discovery, showcasing complex spatial logic and high-precision paper engineering
Levens Hall & Garden
About Mechanism: A double-sided kinetic paper structure based on a 4×2 modular grid (280×200 mm flat size). Utilizing a strategic central slit and precise scoring, the mechanism collapses into a 70×100 mm format through various folding sequences. This design features multiple 'states' and allows for sequential discovery, showcasing complex spatial logic and high-precision paper engineering
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Non-fiction Pop-up Book Project
Miracle of Nature - TIDES
Mechanism: 180-degree mechanism and multiply V-fold
Non-fiction Pop-up Book Project
nature our world - atmosphere
Mechanism: 180-degree mechanism and multiply V-fold
Non-fiction Pop-up Book Project
Miracle of Nature - aurora borealis
Mechanism: 180-degree mechanism and multiply V-fold
Carousel Pop-up Book about Winnie-the-Pooh
Mechanism: 360-degree carousel mechanism
Pop-up Christmas Card
Mechanism: multi-tiered parallel folds creating a "diarama"effect
Pop-up Easter Card
Mechanism: multi-stage unfolding and V-fold workind symmetric
Carousel Pop-up Book "MORLAIX"
Mechanism: 360-degree carousel mechanism
