01 —
Learning from Play

Rather than looking at traditional fitness equipment, the project began by studying games that successfully motivate people to move. Titles such as Wii Sports and Ring Fit Adventure demonstrate how competition, immediate feedback, and simple mechanics can transform exercise into an engaging experience.

Instead of asking players to work harder, these games encourage movement by making the activity itself enjoyable.

02 —
Designing the Interaction

Every interaction was designed around a simple gameplay loop. Players perform punches while wearable sensors detect movement in real time. Each successful hit is translated into visual feedback, allowing both participants to react instantly and maintain the rhythm of the game.

The goal wasn't to simulate professional boxing, but to create an accessible interaction that rewards movement rather than technical skill.

03 —
From Movement to Feedback

From Literal to Minimal

The prototype combines motion sensing, Arduino processing, Bluetooth communication, and LED feedback into a single wearable system. Rather than acting as separate technologies, these components work together to transform physical actions into a responsive game experience.

The result is a lightweight interaction where movement becomes the primary interface.

04 —
Refinding the Prototype

Like many interaction design projects, the prototype evolved through continuous testing and refinement. Multiple iterations explored ergonomics, component placement, sensor reliability, and user comfort before arriving at the final wearable form.

Each prototype improved not only the hardware, but also the overall play experience.

05 —
Making Technology Invisible

While the project relies on embedded electronics and custom Arduino programming, the technology was never intended to become the focus of the experience. Motion detection, Bluetooth synchronization, and visual feedback operate quietly in the background, allowing players to concentrate on movement rather than the device itself.

Good interaction design often succeeds when the technology becomes almost invisible.

06 —
Beyond the Prototype

Future iterations could replace the wired prototype with lightweight wireless wearables, improve punch recognition through machine learning, and introduce online multiplayer experiences. More importantly, the project raises broader questions about how interactive technology might encourage healthier everyday habits through play rather than obligation.

Looking Back

GIMME demonstrates how simple physical interactions can transform everyday exercise into playful social experiences.

Team
3 members

Role
Industrial Designer & Interaction Designer

Responsibilities

• Research & Concept Development

• Interaction Design

• Industrial Design

• Prototyping

• Physical Computing

• User Testing

• Visual Communication