Concept

Inspiration

I have always been fascinated by the mechanism of swallowing/peristalsis, how both soft and powerful it is (you can swallow even while upside down!), but also how visually weird it is. I thought it was particularly apt to illustrate my personal feelings around how religion has shaped me as a person, with its gentle but pressurizing forces. i then decided to create a physical manifestation of what that would look like.

Final concept

*This interactive experience invites you to participate in a symbolic forced rite of passage. You offer a life orb to a flower-like structure that transforms the orb through pneumatic peristalsis.

This journey materializes the concept of fate and being shaped by unseen forces. It explores what it feels to be a cog in a system that molds and decides, beyond our control, what we need to be.*

Visual direction

To allude to religious concepts, I wanted to make the experience as intimate and shrine-like as possible. For the “mouth” that swallows, I didn’t want to use something obviously human-like. I felt very drawn to using a Rafflesia flower because it is visually unique & striking, but also has a hole-like mouth that feels very inviting.

Picture of a Rafflesia flower

Picture of a Rafflesia flower

I also thought its reputation for being smelly and parasitic made for very interesting juxtapositions to religion, which is conventionally considered “pure”.

Modelling and casting the mold

First model cast

The first thing I need to do was know if an external pneumatic channel would work.

I modelled a multi-part mold in this donut shape to see if I am able to simulate constriction with it.

Untitled

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Casting the enclosing layer

Casting the enclosing layer

Melding both pieces together

Melding both pieces together

The casting of the main body was relatively successful, but when I joined the two pieces together, I didn’t press the top part in well and there were some holes as a result.

Unexpected surprise-failure ✨

Constriction methods

I needed to restrain the donuts on the outside to ensure it expands only inwards. I found the 3D printed encasement worked perfectly.