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Nolan Junhee Kim is a New York-based computational designer that explores the world of highly-functional parametric structures and additive manufacturing. With a background in biomedical engineering, much of his early work investigated the correlation between 3D-printed geometries and long-distance running performance. Drawing from nature and procedural patterns, his work explores how complex geometries can reimagine commonplace products. Beyond appealing aesthetics, his projects encourage the discovery of heightened function within the interplay between efficient material usage and conscious structural forms.
YANKO DESIGN
PARAMETRIC ARCHITECTURE
BITS TO ATOMS
FORUST
LEMANOOSH
NTOPOLOGY
3D ADEPT MAGAZINE
BERLIN SCHOOL OF TECHNOLOGY
3D PIONEERS CHALLENGE
SIEMENS
3D PRINTING MEDIA NETWORK
88 ACRES
3D-Printed Workshop Wrench Offers 100% of the Strength with just 70% of the Material
Top 10 3D Printed Products Designed to Make Sustainability a Part of Your Everyday Life
The Intersection of Research, Performance, and Design
Unleashing the Potential of Parametric Geometries
Computational Design: NEXT 14
Structural Evolution Workshop
Biomechanical Engineering and Computational Design for Additive Manufacturing
Forust Launch Campaign
The Grasshopper Structural Mastery Course
Featured Design Wall
Footwear Innovation: Exploring the Utility of Additive Structures in Running Performance
3D-Footwear: Visualize and Materialize
Industrial Design DfAM Series
2021 May/June Issue 'Sporting with Additive Manufacturing'
Guest Lecture for Dr. Omar Fergani's masters course on Additive Manufacturing
'A Paradigm Shift' 2021 Competition Finalist
Computational Footwear for Formnext Connect 2020 Presentation
Advancing 3D-Printed Footwear Beyond Aesthetics and into Performance
It's a Marathon Not a Sprint
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