SeaReels
Engage with seafood like you never had before
Timeline
Jan. - May 2024
Role
Sole Industrial and UX Designer
Tools
SolidWorks, Figma, Keyshot, ProCreate
Interactive and education experience to foster behavior change towards seafood purchase and consumption.
Industrial Design
UI/UX Design
THE PROBLEM
40% of seafood in the U.S. supermarkets were not consumed.
Due to economic strategies and consumer preferences for fish fillets over whole fish, seafood waste represents a critical challenge in the U.S. supermarkets.
THE Solution
An augmented retail touchpoint that bridges knowledge gap and streamlines fulfillments.
SeaReels transforms a static seafood display into a dynamic service hub, integrating AI-powered recipe engine to provide endless, tailored recipe ideas based on the specific fish currently displayed on the shelf.
Physical + Digital Interactive Experience
SeaReels not only appears in the hands of the customers as a tactile interface but also provides a seamless communication bridge between the shopper and the service staff. By layering AI-driven culinary inspiration directly onto the physical display, the UI transforms a hesitant moment into a engaging experience.
Engineered For Physical & Digital Experience
From its pivoting handle to its AI-power recipe recommendation , every element of SeaReels is designed for engagement that ultimately changes consumers' perception towards seafood.
Tactile Engagement
Designed for flexibility, the handle adjusts effortlessly to accommodate both left- and right-handed users, ensuring ease of use.
Modular Rod Mount
Securely attaches to the display, with a detachable design for hassle-free maintenance and repairs.
AI-Power Recipe Recommendation
A single folded layer forms a stable cup holder, reducing extra material use.
PROJECT TIMELINE
This project was developed in 4 months
Initial Observation
There are great varieties of fish
But where did heads and tails go?
The selective offering reflects consumer demand but contributes significantly to seafood waste, as whole fish are underutilized, and valuable portions go unappreciated or unseen by shoppers.
Primary Research
A survey was conducted to understand consumers' behavior toward seafood.
Based on 72 respondents residing in the U.S.
Secondary research & Stakeholder Interviews
Beyond Taste: User Behavior
As I researched about food waste issue in the aviation industry in, it remains little known about the relationship between airline
food wastage and passengers’ behavior. Passengers, as the service receivers, play an important role in the cabin service sector. Their airplane food consumption behaviors ultimately and potentially influences the airplane food waste generation.
insights
The system needs to be more adaptable to how people actually eat
Food waste in air travel isn’t caused by carelessness—it’s caused by inflexibility. Airlines must discard uneaten meals for safety while over-preparing to meet unpredictable passenger needs. A system built for certainty ends up producing excess. What’s missing is adaptability—design that connects preparation with real human behavior.
Analogous Research
Learning from how we eat in motion
To understand how context shapes meal design in transit, I studied dining systems across rail, air, and space travel to build new levels of understanding and empathy that help me generate idea that can ultimately bring to my design challenges.
International Space Station
Space food shifted from cans to freeze-dried meals, solving preservation challenges in zero gravity. Today, the same method brings durable, nutrient-rich meals to Earth — valued in camping and increasingly seen as desirable cuisine
China
China’s railways merge tradition with tech: passengers order meals online and receive them at the next station. By solving dining logistics digitally, the system turns travel mealtime into a more convenient and customizable experience.
Japan
In Japan, ekiben makes train journeys incomplete without a taste of place. Tied to the One-Village-One-Product movement, each box celebrates local cuisine and sustainability — showing how dining can become an integral part of the travel experience.
Problem statement
How might we reimagine in-flight dining for passengers with diverse preferences and changing eating habits, so airlines can reduce food waste and operate more sustainably?
After uncovering how systemic inflexibility and passenger unpredictability drive food waste, the question became how design could bridge that gap.
Ideation
Journey-Based Ideation Mapping
Ideating on different stages of dining experience on airplane to expand on the possibilities of product that exist in the overall user experience. Mix and matching ideas to challenge myself to ideating beyond what’s existing on airplane.
Iteration
Narrowing down from 3 concepts to form exploration
My convergent process after concepts generation went from concept sketches and rapid prototypes, to concept validation through testing, final concept direction with form exploration, and low-fidelity wireframes.
Problem statement
Prototyping & User Testing
Early prototypes were brought and tested onboard to assess compatibility with cabin layout, focusing on size, user flow, and seamless integration into the passenger experience. This phase provided insights for necessary adjustments to optimize functionality.
Development
Rethinking how food travels
Food lies at the center of the waste problem in air travel. By exploring freeze-drying, a preservation method recently revived for its efficiency and flavor retention, I reimagined how meals can move through the system.
Muji’s popular freeze-dried range proves that shelf-stable food can still deliver flavor and convenience. The rise of brands like Patagonia Provisions reflects a broader shift
— freeze-drying is no longer just functional, but an appealing choice for modern consumers.
Add hot water inside the package
Close the package and wait 5-7 minutes
Open the package and stir thoroughly
4. Pour into serving bowl
Service design mapping
Visualizing how system works together
The blueprint maps how Sorajin comes to life across passengers, crew, and catering teams. It helped me understand how each touchpoint—digital, physical, and operation—works together.
User testing & iteration
Refining the experience through feedback
Before the final build, I tested with users to see how they interacted with both packaging and the interface. It quickly showed me what felt intuitive and what didn't.
This is Sorajin—the future of economy class dining
Sorajin integrates sustainable packaging, digital touchpoints, and a refined service system to create a smarter, more human dining experience for the future of air travel.
Production
Bringing Sorajin from concept to reality
At this stage, I focused on turning Sorajin into something ready for real production. I refined materials, adjusted the folds, and considered streamlined production
digital touchpoint
Extending the experience beyond the object
I designed the digital interface to complement the physical system and make meal selection more intuitive. It guides passengers through choices with clarity and calmness, while helping airlines better predict demand.
Next steps
Expanding the vision
Sorajin was first designed for Japan Airlines, but the goal is to adapt it for other airlines that value sustainability. Each brand could bring its own identity while sharing the same system of efficiency, care, and reduced waste.
















































































