Dr. Fin Clementwood
Dr. Fin Clementwood
modelling
crystallisation
Polylactic Acid for 3D printing
Dr. Fin Clementwood
modelling
crystallisation
Polylactic Acid for 3D printing
Dr. Fin Clementwood
modelling
crystallisation
Polylactic Acid for 3D printing
ASTHETIC SCIENCE
Polarised Light Microscope X Washing-up Liquid
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Location /
Maastricht University
Role /
Project design and lead
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Polylactic Acid for 3D printing
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Polylactic Acid for 3D printing
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Polylactic Acid for 3D printing
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
Dr. Fin Clementwood
modelling
crystallisation
Location /
Maastricht University
Role /
Team Project
Purpose/
Project period
Year /
2014
BACKGROUND
​
Polarised light microscopy THEORY + microscopy
Process of utilising it & Rachel discovered it
Stunning images with vivid colours that shifted when the bubbles popped and moved. The result is a vivid array of textural and unfamiliar streaks of light, shadow and refracted patterns. The shapes of other bubbles are reflected, amplified and diminished like small lenses.
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[Add watermark to images]
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Polylactic Acid for 3D printing
Polylactic Acid for 3D printing
Polylactic Acid for 3D printing
Polylactic Acid for 3D printing
Polylactic Acid for 3D printing
Polylactic Acid for 3D printing
Dr Fin J Hazelwood

MOBILE game
Puzzle smartphone game
Background
I had an idea to make a simple game based around patterns that when organised correctly, unlock.
Aim
​
An easy to use game made up of rotating shapes, certain configurations line up and get you closer to winning, while other shapes block alignments meaning the number of correct combinations are limited. The player uses logic to deduce the correct combination and wins the level, with each level getting more complex with even more options and complications. The game Two Dots was inspiration for this idea.
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Method
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I selected a vibrant and complimentary colour scheme and used shadow to indicate layering and show how the sections of the puzzle sit together. I used digital sketching to develop the designs and Adobe Illustrator to mock up
Outcome
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A design ready to be developed with further mechanics and animations. I expect to add features that provide feedback to the user, such as resistance on rotation, clicks with vibration upon rotation.