DESIGN
ENGINEERING
creative technology
work sample
Interactive Wearable System
Physical Computing
Responsive Fashion
A responsive wearable system that transforms audience attention into light, using sensors and embedded electronics to explore the relationship between observation, performance, and human behavior.
Technologies
• Physical Computing
• Interactive Wearables
• Embedded LED Systems
• Arduino
• Real-Time Interaction
• Human-Computer Interaction (HCI)
• Responsive Systems
• Sensor-Based Interaction
• Rapid Prototyping
• Garment Engineering
BENEATH THE WAVES
Physical Computing + Interactive Installation + Immersive Experience + Environmental StorytellingBeneath the Waves is an interactive installation inspired by scuba diving and the fragile balance of marine ecosystems.
Participants wear a custom-built diving mask equipped with breathing sensors and step inside a fish-shaped immersive structure. Their breathing generates virtual bubbles in a digital ocean, while schools of fish react in real time by changing movement patterns and avoiding the bubbles.
The project explores how seemingly small human actions can influence larger environmental systems, transforming breathing into a tangible interaction between humans and marine life.
Technologies
• p5.js (creative coding & real-time visualization)
• Arduino (physical computing & sensor integration)
• Web Serial API (real-time communication between hardware and browser)
• Motion Tracking / Computer Vision (LED marker tracking)
• Custom Breathing Sensor System
• Generative Animation Systems
• Interactive Installation Design
• Digital Fabrication & Spatial Prototyping
Tools: JavaScript, p5.js, Web Serial, Arduino IDE, Laser Cutting, Physical Prototyping
Human Experience
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FASHION
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TECHNOLOGY
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Human Experience · FASHION · TECHNOLOGY ·
My expertise
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AI Creative Experiment
Using emerging AI tools to visualize a future
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AR / Spatial Experience
Augmented Reality Interaction Design
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Rapid Prototypes
Person Who Experiments
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Generative Visualization
Data Visualization with p5.js
Technologies & Tools
Spark AR
Blender
Hand Tracking
3D Modeling
Node-Based / Visual Programming
Social AR Development
Digital Campaign Design
Proenza Schouler AR Campaign
Project Lead | AR Experience Design & Development
I proposed and led the development of an AR campaign celebrating Proenza Schouler’s new logo identity. The project was launched across the brand’s Instagram and Facebook channels as an interactive social media experience designed to increase engagement and drive traffic to Proenza Schouler’s digital platforms.
The experience used hand-tracking interactions that allowed users to engage with the new logo in an immersive and playful way. I was responsible for concept development, 3D asset creation, AR experience design, prototyping, testing, and deployment.
Impact
Launched on Proenza Schouler’s official Instagram and Facebook channels
Supported the rollout of the brand’s new visual identity
Increased audience engagement and directed users to the brand’s social platforms
AI Creative Direction / Generative Media
An AI-generated experimental film inspired by Japanese Ukiyo-e aesthetics. Combining generative video tools, prompt-based art direction, and cinematic storytelling, the project explores how AI can be used as a creative medium for building immersive visual narratives.
Technologies
AI & Generative Media
Google Flow
ChatGPT Image Generation (GPT Image-1 / Image-2)
Runway
Flora
Prompt Engineering
Image-to-Video Generation
AI-Assisted Storyboarding
Creative Direction
Visual Research
Narrative Development
Generative Art Direction
Motion Design
Experimental Filmmaking
Post-Production
Adobe Premiere Pro
Capcut
Technologies
Mental Canvas
AI Audio Generation
Sound Design
Storyboarding
Experimental Animation
Narrative Prototyping
Speculative Media Experiment
A speculative mixed-media short film imagining a world where all square forms are banned and society transforms into circularity. The project combines storyboarding, spatial drawing, AI-assisted audio design, and animated world-building to explore how design rules shape culture, behavior, and social systems.
Physical Computing, Human-Computer Interaction, Computational Design