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SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing

“The concept of superposition in quantum mechanics posits that a particle can exist in multiple states simultaneously until it is observed, as exemplified by Schrödinger‘s cat. Beyond physics, this idea metaphorically applies to the fluidity of identity and interaction, suggesting that our identities are defined through social perceptions, similar to how a quantum state is defined upon observation. In the context of art, Marcel Duchamp’s theory on audience involvement emphasizes the role of the observer in completing an artwork—a concept mirrored in fashion through interactive garments that change in response to external stimuli. Thus, the concept of superposition—where particles exist in multiple states until observed—is transformed into the language of interactive fashion and wearable technology. The garment, as an art form, is not a passive entity but a dynamic one, co-created through illusory interaction, embodying how consciousness actively shapes reality.”

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Director: @ad.oraw
Producer: @yfrances.chen
Director of Photography: @liaaaang
Photographer: @cindy.kay_x
Assistant Director: @joy.wu18
Assistant Camera: @joeylok59
Gaffer: @cole.tra
Key Grip: @vince_li7
Production Assistant: @qqmiemie_

Special thanks to the amazing team!

#parsonsfashion #parsonsschoolofdesign #phygital #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Editorial Photoshoot

More images: https://www.notjustalabel.com/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Photographer: @cindy.kay_x
Production Assistant: @qqmiemie_

#parsonsfashion #parsonsschoolofdesign #phygital #interactive #parametric3d #parametricfashion #stratasys #wearabletech #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Full Video and BehindTheScene

”The concept of superposition in quantum mechanics posits that a particle can exist in multiple states simultaneously until it is observed, as exemplified by Schrödinger‘s cat. Beyond physics, this idea metaphorically applies to the fluidity of identity and interaction, suggesting that our identities are defined through social perceptions, similar to how a quantum state is defined upon observation. In the context of art, Marcel Duchamp’s theory on audience involvement emphasizes the role of the observer in completing an artwork—a concept mirrored in fashion through interactive garments that change in response to external stimuli. Thus, the concept of superposition—where particles exist in multiple states until observed—is transformed into the language of interactive fashion and wearable technology. The garment, as an art form, is not a passive entity but a dynamic one, co-created through illusory interaction, embodying how consciousness actively shapes reality.“

More info: https://parsonsbfafashion2024.com/phygital-fashion/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Director: @ad.oraw
Producer: @yfrances.chen
Director of Photography: @liaaaang
Photographer: @cindy.kay_x
Assistant Director: @joy.wu18
Assistant Camera: @joeylok59
Gaffer: @cole.tra
Key Grip: @vince_li7
Production Assistant: @qqmiemie_

Special thanks to the amazing team!

#parsonsfashion #parsonsschoolofdesign #phygital #parametric3d #parametricfashion #stratasys #wearabletech #smarttextiles #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Full Video and BehindTheScene

”The concept of superposition in quantum mechanics posits that a particle can exist in multiple states simultaneously until it is observed, as exemplified by Schrödinger‘s cat. Beyond physics, this idea metaphorically applies to the fluidity of identity and interaction, suggesting that our identities are defined through social perceptions, similar to how a quantum state is defined upon observation. In the context of art, Marcel Duchamp’s theory on audience involvement emphasizes the role of the observer in completing an artwork—a concept mirrored in fashion through interactive garments that change in response to external stimuli. Thus, the concept of superposition—where particles exist in multiple states until observed—is transformed into the language of interactive fashion and wearable technology. The garment, as an art form, is not a passive entity but a dynamic one, co-created through illusory interaction, embodying how consciousness actively shapes reality.“

More info: https://parsonsbfafashion2024.com/phygital-fashion/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Director: @ad.oraw
Producer: @yfrances.chen
Director of Photography: @liaaaang
Photographer: @cindy.kay_x
Assistant Director: @joy.wu18
Assistant Camera: @joeylok59
Gaffer: @cole.tra
Key Grip: @vince_li7
Production Assistant: @qqmiemie_

Special thanks to the amazing team!

#parsonsfashion #parsonsschoolofdesign #phygital #parametric3d #parametricfashion #stratasys #wearabletech #smarttextiles #fashionfilm #notjustalabel

SUPERPOSITION - Interactive garment with direct-to-textile parametric 3D printing - Full Video and BehindTheScene

”The concept of superposition in quantum mechanics posits that a particle can exist in multiple states simultaneously until it is observed, as exemplified by Schrödinger‘s cat. Beyond physics, this idea metaphorically applies to the fluidity of identity and interaction, suggesting that our identities are defined through social perceptions, similar to how a quantum state is defined upon observation. In the context of art, Marcel Duchamp’s theory on audience involvement emphasizes the role of the observer in completing an artwork—a concept mirrored in fashion through interactive garments that change in response to external stimuli. Thus, the concept of superposition—where particles exist in multiple states until observed—is transformed into the language of interactive fashion and wearable technology. The garment, as an art form, is not a passive entity but a dynamic one, co-created through illusory interaction, embodying how consciousness actively shapes reality.“

More info: https://parsonsbfafashion2024.com/phygital-fashion/annie-xing

Designer: @xingannie
Model: @__kennobi
MUA: @wakana1107
Hair: @nastygongzhu
Director: @ad.oraw
Producer: @yfrances.chen
Director of Photography: @liaaaang
Photographer: @cindy.kay_x
Assistant Director: @joy.wu18
Assistant Camera: @joeylok59
Gaffer: @cole.tra
Key Grip: @vince_li7
Production Assistant: @qqmiemie_

Special thanks to the amazing team!

#parsonsfashion #parsonsschoolofdesign #phygital #parametric3d #parametricfashion #stratasys #wearabletech #smarttextiles #fashionfilm #notjustalabel

Resonance, from the Critical Matter group at the MIT Media Lab (@criticalmattergroup), explores the relationship between mind and matter through an immersive contemplative installation. The work translates the brainwaves of a meditating Buddhist monk into dynamic water patterns, casting shifting reflections of light throughout the space. As neural rhythms animate the liquid surface, thought becomes movement, rendering invisible states of attention and awareness perceptible through light and vibration, transforming a traditionally solitary contemplative practice into a shared spatial experience.

Developed for the new Thomas Tull Concert Hall at MIT's Edward and Joyce Linde Music Building (W18), Resonance scales earlier technical findings into an architectural intervention. As the installation occupied the building’s vertical expanse, suspended from a forty-foot-high ceiling, the hall itself was transformed into a responsive field of light, water, and shared resonance.

Team:
@rui.peng.wang
@yuxiang.step
@xingannie
@behnazfarahi

Learn more:
https://www.media.mit.edu/projects/resonance_criticalmattergroup/overview/ or link in profile.

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

HIKARIGAMI — Robotic Incremental Forming Luminaire

What happens when you give a robot a craft tradition?

Hikarigami, ”hikari“ (light) and ”kirigami“ (the art of paper cutting combined with folding), is a parametric luminaire that transforms flat aluminum sheet into a folded light-emitting surface through robotic metal forming. Inspired by the Japanese tradition of kirigami, aluminum panels are laser cut into a gradient lattice generated by Grasshopper script, guiding how the material bends, resists, and transmits light. An ABB IRB 140 robotic arm then presses each point with sub-millimeter precision through single-point incremental forming, transforming 2D surface into a porous volume. Panels assemble into a luminaire that casts caustic light patterns across any surface it inhabits.

The craft lies in the computation, machine, and material. The robot is not a replacement for the maker; it is the instrument through which ancient folding logic becomes architecturally precise and materially unified.

Featured on @designmilk ✨ — link in bio

📍 Harvard GSD, Digital Production Fall 2025
with @lukefiorante @joseph_fujinami @chi.zg @harvardgsd

#parametricdesign #roboticfabrication #computationaldesign #digitalfabrication #kirigami

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Excited to introduce Annie Xing, our visiting student at the Critical Matter Group!

Annie Xing is a multidisciplinary designer working at the intersection of materials, computation, and embodied interaction. She focuses on interactive wearables and systems that integrate parametric design, robotic fabrication, and physiological computing. From direct-in-fabric 3D printing to bio-responsive mechanisms, her work translates digital computation directly into material behavior, creating enactive experiences that adapt and evolve with the participants. Grounded in both aesthetic intuition and quantitative reasoning, her practice bridges fashion design and computational systems thinking. She seeks to reimagine interfaces as physical media that sense, respond, and communicate through form, movement, and material intelligence. Annie holds dual degrees in Fashion Design and Economics from Parsons School of Design and The New School, and is currently pursuing a Master of Design Studies at Harvard GSD.

#CriticalMatterGroup #mitmedialab #fashion #3DprintedFashion #mit #artandtechnology #design #designthinking #criticaldesign #interactivedesign #digitalfabrication #mitdesign #3dprinting #behnazfarahi #humancomputerinteraction #visualart #ai

Bazaar Fashion @bazaaruk @xingannie ✨

Fashion Crossover London Designer: @xingannie
Art Direction & Stylist: @khaosbykalani
Photographer: @beccageden
Lighting Assistant: @tgl_thatgypsylens
HMUA: @laurahines
Models: @lydia.marcy @basemodelsuk @khaosbykalani

#fashion #fashiondesign #design #otkutyrfashionhouse #otkutyr
#fashioncrossoverlondon

Bazaar Fashion @bazaaruk @xingannie ✨

Fashion Crossover London Designer: @xingannie
Art Direction & Stylist: @khaosbykalani
Photographer: @beccageden
Lighting Assistant: @tgl_thatgypsylens
HMUA: @laurahines
Models: @lydia.marcy @basemodelsuk @khaosbykalani

#fashion #fashiondesign #design #otkutyrfashionhouse #otkutyr
#fashioncrossoverlondon

Bazaar Fashion @bazaaruk @xingannie ✨

Fashion Crossover London Designer: @xingannie
Art Direction & Stylist: @khaosbykalani
Photographer: @beccageden
Lighting Assistant: @tgl_thatgypsylens
HMUA: @laurahines
Models: @lydia.marcy @basemodelsuk @khaosbykalani

#fashion #fashiondesign #design #otkutyrfashionhouse #otkutyr
#fashioncrossoverlondon

Bazaar Fashion @bazaaruk @xingannie ✨

Fashion Crossover London Designer: @xingannie
Art Direction & Stylist: @khaosbykalani
Photographer: @beccageden
Lighting Assistant: @tgl_thatgypsylens
HMUA: @laurahines
Models: @lydia.marcy @basemodelsuk

#fashion #fashiondesign #design #otkutyrfashionhouse #otkutyr
#fashioncrossoverlondon

Bazaar Fashion @bazaaruk 🎀

Four Rising Talents In London’s Emerging Design Scene: @otkutyrfashionhouse @xingannie @chow.moo @throughthreads

Production & Creative Director: @since_w
Ad Production: @laurahines
Designers: @otkutyrfashionhouse @xingannie @chow.moo @throughthreads
Art Direction & Stylist: @khaosbykalani
Photographer: @beccageden
Lighting Assistant: @tgl_thatgypsylens
HMUA: @laurahines
Models: @lydia.marcy @basemodelsuk @khaosbykalani

#fashion #design #fashioncrossoverlondon #harpersbazaar #london

✨ FASHION CROSSOVER LONDON PRESENTS: ONES TO WATCH ✨

Friday 13th September 2024

PART V: ILLUSTRATIONS

Brilliant illustrations of Annie Xing’s collection by Riccardo Iacono 🎨✏️

Artist: @riccardoiacono_art @riccardoiacono_artmode
Collection: @xingannie

✨ FASHION CROSSOVER LONDON PRESENTS: ONES TO WATCH ✨

Friday 13th September 2024

PART V: ILLUSTRATIONS

Brilliant illustrations of Annie Xing’s collection by Riccardo Iacono 🎨✏️

Artist: @riccardoiacono_art @riccardoiacono_artmode
Collection: @xingannie

✨ FASHION CROSSOVER LONDON PRESENTS: ONES TO WATCH ✨

Friday 13th September 2024

PART V: ILLUSTRATIONS

Brilliant illustrations of Annie Xing’s collection by Riccardo Iacono 🎨✏️

Artist: @riccardoiacono_art @riccardoiacono_artmode
Collection: @xingannie

✨ FASHION CROSSOVER LONDON PRESENTS: ONES TO WATCH ✨

Friday 13th September 2024

PART V: ILLUSTRATIONS

Brilliant illustrations of Annie Xing’s collection by Riccardo Iacono 🎨✏️

Artist: @riccardoiacono_art @riccardoiacono_artmode
Collection: @xingannie

✨ FASHION CROSSOVER LONDON PRESENTS: ONES TO WATCH ✨

Friday 13th September 2024

PART V: ILLUSTRATIONS

Brilliant illustrations of Annie Xing’s collection by Riccardo Iacono 🎨✏️

Artist: @riccardoiacono_art @riccardoiacono_artmode
Collection: @xingannie