top of page
img_2250_edited.jpg

process and prototypes

Screen shot of sculpure development in fusion 360

img_2250.jpg

Parts for assembly. Pla printed forms, electronic components 

img_2247.jpg

prototype shell development

paint palette. transparent oil paint.

alizren crimson, pyrolle orange, yellow gamboge, prussian blue, ultra marine blue

colour trials on pla

img_2313.jpg

experiments with placing the forms for a corner location

img_2324.jpg

repositioning the servo motors to the shell forms

colour trial for shell forms

arduino and breadboard placement for the sculpture

3d printing forms for "Bulb". They are surrounded by "tree" supports, beautiful fractal growths generated by the printing software.

programming bulb form

IMG_2414.jpg

Pla support material and trial prints. Collected to be composted in an industrial composting facility. 

pla needs consistent heat and aeration to decompose to its constituent elements. 

movement for bulb form

movement experiments for sensitive growth

Screenshot (148).png

Modelling forms in fusion 360 and then printed. 

Experiments in combining scans of organic objects and geometrically modelled forms.

Exploring print profiles (setting in the printing software) to manage transparent PLA.

The form on the left uses a modified profile. The one on the right, standard.

IMG_2537.jpg
IMG_2629.jpg

I working on design for elements for a sculpture to retract when a viewer comes within a specific proximity. It is inspired by seaworms and tubular hydroids. The delicate flower like structures retract into a protective tube when threatened. 

I am working on a design that is print in place. The hinge mechanism is printed as one piece with the moving parts and base. The plan is for it to move smoothly in an out of the tube shaft and unfold smoothly.

.work in progress

IMG_2652.HEIC
IMG_2658.JPG
IMG_2641.jpg

Tube forms exploration.

The 1st is shaped on fusion.

The next is a 3d scan of a banksia seed head, managed and shaped in fusion 360

bottom of page