Jun Sato Laboratory, University of Tokyo
Jun Sato Structural Engineers Co., Ltd.
Quick Setup Lunar Base Camp on the Pole / in the Pit
月面基地／火星基地
東京大学＋九州大学＋JAXA
Veiled Tectonics 2018 : Thistle Leaves, Jun Sato Studio, University of Tokyo
Komorebi Workshop in Harvard GSD, 2016-2017
Jasmine Dimples : Local Optimization Applicable to Lunar / Mars Base
Transparent Structure as Perceptual Filter, Seminar at Stanford University, 2015
Nebuta Tectonic, Jun Sato Structural Design Studio, University of Tokyo, 2014 & 2015
Sunny Hills in Aoyama Tokyo, 2013, Architect : Kengo Kuma
Park Groot Vijversburg, Netherlands, 2017, Architect : Junya Ishigami, Marieke Kums
Engineering : ABT, Structural advisor : Jun Sato
Weld Mesh Tectonics : Ridge and Valley, 2016, Jun Sato Studio, University of Tokyo
Naoshima Pavilion, 2015, Architect : Sou Fujimoto
→ 
Komorebi / Naturalness expressed by 2D Spectrum Analysis
Komorebi : Sunlight through leaves
Sazanami : Ocean ripple, containing visual scene, acoustics and atmosphere
Seseragi : River stream, containing visual scene, acoustics and atmosphere
Flexible Angle Joinery generating Komorebi Spectrum
Pergola for Carved Tower, Vancouver, 2017, Architect : Kengo Kuma
Published : “ Lixil eye 13 ”, 2017
Treehouse in Setagaya, 2019, Treehouse Creator : Takashi Kobayashi, Architect : Osamu Nishida
House for All in Toyono, 2018, Architect : Kazumi Kudo + Hiroshi Horiba / K&H
Gunma Agricultural Technology Center, 2012, Architect : SALHAUS
International Seminar & Workshop
Seminar at Norwegian University of Science and Technology NTNU
Kigumi Workshop at Universität für angewandte Kunst Wien, Die Angewandte
Workshop with ENSA Paris Val de Seine
Seminar at Stanford University
Transparent Structure as Perceptual Filter : Seminar and Workshop at Stanford University, USA, 2015
Experiments on Geometries and Dynamics : Stanford University, USA, 2014
Workshop at Harvard GSD
Seminar at SCI-Arc
Seminar at RISD
Workshop in Paris
Workshop in Bangkok
Creative Structures : art4d Workshop in Bangkok, Thailand, 2012
Essay Contents
Transparent Structures as Environmental Filters
Guidelines for Composing Morphogenetic Operations in Structural Design
Approach using Transparent Glass, Acrylic Structure
Approach using Manual Form Optimization Algorithm based on safety ratio due to allowable stress, safety ratio due to buckling phenomenon, energy absorption
Approach using steel mesh forms based on welding technique and manipulation of buckling phenomenon
Kigumi : Approach using wooden mesh forms developed with traditional connection system
Approach using accumulative form
Development of 2D projection method for 3D complicated geometry
1/f fluctuation / 1D Spectrum Analysis : Naturalness, Comfortableness
Komorebi / 2D Spectrum Analysis : Naturalness, Comfortableness, Preference
Composition of Morphogenetic Process
Lightweight and Ductile Structures : preventing death in the event of collapse
Little by little, learning Great Nature
Research
Algorithm to describe plastic hinges that illustrate buckling behavior
Condensation of the eigenvalue equation of buckling
Studios
Nebuta Tectonic : Jun Sato Structural Design Studio, University of Tokyo, 2014 & 2015
Poured Sticks Pavilion : Obuchi Lab, University of Tokyo, 2014
Different Brick : Real Size Competition 2013, Obuchi Lab, University of Tokyo, 2013
Pop Up Stained Glass : Student Summer Seminar, Jun Sato Lab, University of Tokyo, 2013
Tensegrity Pavilion : Obuchi Lab, University of Tokyo, 2013
¿ cube : Ken Yokogawa Lab, Nihon University, 2013
Hydrotechtonic Proto Structure : Obuchi Lab, University of Tokyo, 2012
Minimal Surface Pavilion : Obuchi Lab, University of Tokyo, 2012
MOOM : Kazuhiro Kojima Lab, Tokyo University of Science, 2011
Steps in the Air : Structural workshop on glass stairs, Jun Sato Lab, University of Tokyo, 2011
Moulded Pulp : Tokyo University of Science, 2010
ETFE Shelter : Tokyo University of Science, 2009
Projects
Energy consumption experiments
Copper Shell : Earth Materials for Design, National Museum of Emerging Science and Innovation, 2010
Manipulation of Buckling Phenomenon
Reciprocal System
Tensegrity
Structural Tips
Material Index
Glass
Tin
High tensile steel
Washi paper
Wood / Timber
Aluminium
Carbon
Geometrical System Index
Mesh / Grid
Accumulative Form
Lamellendach
Reciprocal System
Branched Membrane
Stacked Clusters
Branching Tree
Randomly Located Columns
Freeform
Polyhedral Form
Pop Up Tectonics
Origami
Morphology
Fuzzy Node
Soft Computing
Random Operation
Stress Flow Operation : assembling strong components to strengthen stressful area
Topological Operation
1/f fluctuation
2D spectrum analysis
3D Tensegrity
Dynamics Index
Buckling phenomenon
Yield surface
Energy absorption with seismic response
Manual Form Optimization Algorithm
Global Optimization
Local Optimization
Equipments Note
Publications
MARK #54, “ Exacting Structures ”, Netherlands, 2015
Earth : Material for Design, National Museum of Emerging Science and Innovation, Japan, 2011
Items in Jun Sato Structural Engineers, LIXIL Publishing, Japan, 2010
GLASS BLOCK and ARCHITECTURE, “ Crystal Brick House ”, Alinea Editrice, Italy, 2010
Creating New Principles for 21st Century Architecture, LIXIL Publishing, Japan, 2009
Vivid Technology, Gakugei Publishing, Japan, 2007
Journals
Links
Jun Sato Laboratory in Hongo Campus, Donated by AGC, University of Tokyo
Contact
Jun Sato Laboratory in Kashiwa Campus
Department of Socio-Cultural Environmental Studies,
Graduate School of Frontier Sciences,
The University of Tokyo
Copyright © 2010 Jun Sato Laboratory