Robotic Earthcrafts Workshop

robotic earthcrafts

Can digital design and robot technology be integrated with an ecological design approach? The robotic earthcrafts workshop at Istanbul Bilgi University attempts to relate to biological parameters and digital design and fabrication processes. Thus, the summer school will include seminars and practices on computational design, robotic fabrication, rammed-earth construction techniques, and permaculture design principles to discuss and experience the relationships between technology and ecology. So, the results will be the proposals for micro-permaculture systems, constructed from rammed-earth blocks, with plantings.

Robotic EarthCrafts Workshop Phase 1 (July 9-16, 2018) ARCH 561 / ARCH 477 (Synonym) Design Studies

The first phase of the Robotic EarthCrafts summer school will include seminars and practices on mathematical surfaces, robot technology, and rammed-earth construction techniques. Then, at the end of the first phase, the participating groups will design their block systems and fabricate their molds with the help of the Kuka robot. After that, they produced several rammed-earth blocks using these molds.

Robotic EarthCrafts Workshop Phase 2 (July 17-24, 2018) ARCH 562 / ARCH 478 (Synonym) Design Practices

The second phase of the Robotic EarthCrafts summer school will begin with seminars on permaculture design principles. The students will revise systems that were successful in the first by integrating these principles. The relationships between geometric forms, solar paths, irrigation, plants, and the human body will be experienced during the design development process. Thus, groups of participants will revise and re-produce the structural systems. Therefore, we can consider the outcomes of this process as micro-permaculture systems. However, they include plant reservoirs as urban furniture, elements for spatial arrangements, landscape design elements, or sketches of urban gardens. Therefore, they will be the prototypes of the integration between digital fabrication and using local and natural materials and techniques.

The Team

Tutors

Tuğrul Yazar and Fulya Özsel Akipek (POTplus design research group)

Assistants

Hülya Oral (researcher)

Rahman Çelebi (production specialist)

Consultants

Özgül Öztürk (rammed-earth construction technique)

Dilek Yürük (permaculture design specialist)

Visual Communication

hop (graphic design)

Sinem Serap Duran (video artist)



Rammed Earth Structures | Robotic Fabrication | Workshops
Print this post
July 18, 2018
Views: 2080


« Basketball Cup
Lanterns Project: Computation-based Basic Design Studio »



       
       
  • Search

  • Categories

    • Education
      • Basic Design
      • Design Geometry
      • Design Mathematics
      • Digital Fabrication
      • Parametric Modeling
      • Tutorials
    • Philosophy
      • Phenomenology
      • Philosophy of Language
    • Practice
      • 3D Models
      • Projects
      • Publications
      • Workshops
    • Research
      • 3D Printing
      • Building Facade
      • Calculus
      • Climate Analysis
      • Compass Constructions
      • Computational Geometry
      • Curves
      • Decorative Arts
      • Digital Fabrication
      • Evolutionary Solvers
      • Folding Structures
      • Fractals
      • Graph Theory
      • Interlocking Structures
      • Islamic Patterns
      • Linear Algebra
      • Minimal Surfaces
      • Muqarnas
      • Non-Euclidean Geometry
      • Paneling
      • Parametric Curves
      • Parametric Objects
      • Parametric Surfaces
      • Pattern Deformations
      • Patterns
      • Pavilions
      • Polyhedra
      • Rammed Earth Structures
      • Robotic Fabrication
      • Shape Grammars
      • Simulation
      • Space Syntax
      • Surface Constructions
      • Tessellations
      • Tools
      • Vector Fields
      • Virtual Reality
    • Tools and Languages
      • 3DS Max
      • 3DS Max Script
      • Grasshopper
      • Photoshop
      • Physical Prototyping
      • Revit
      • Rhino
      • Rhino Macro
      • Rhino Python
      • Rhino Script
      • Unity
  • Monthly Archive

    • May 2025 (2)
    • April 2025 (5)
    • December 2024 (40)
    • August 2024 (5)
    • July 2024 (6)
    • April 2024 (4)
    • March 2024 (10)
    • February 2024 (10)
    • January 2024 (8)
    • December 2023 (10)
    • August 2023 (3)
    • July 2023 (3)
    • June 2023 (7)
    • May 2023 (8)
    • April 2023 (7)
    • March 2023 (2)
    • February 2023 (2)
    • January 2023 (3)
    • December 2022 (6)
    • November 2022 (7)
    • January 2022 (1)
    • December 2021 (1)
    • October 2021 (3)
    • September 2021 (4)
    • August 2021 (4)
    • May 2019 (2)
    • April 2019 (1)
    • March 2019 (5)
    • January 2019 (2)
    • December 2018 (1)
    • November 2018 (4)
    • October 2018 (9)
    • July 2018 (1)
    • June 2018 (4)
    • May 2018 (1)
    • April 2018 (4)
    • February 2018 (2)
    • January 2018 (7)
    • August 2017 (9)
    • July 2017 (6)
    • October 2016 (1)
    • May 2015 (5)
    • April 2015 (8)
    • March 2015 (12)
    • February 2015 (4)
    • January 2015 (11)
    • November 2014 (1)
    • August 2014 (1)
    • June 2014 (2)
    • May 2014 (12)
    • April 2014 (5)
    • March 2014 (3)
    • February 2014 (6)
    • January 2014 (4)
    • December 2013 (5)
    • November 2013 (11)
    • October 2013 (2)
    • September 2013 (9)
    • August 2013 (4)
    • July 2013 (2)
    • June 2013 (14)
    • May 2013 (4)
    • April 2013 (10)
    • March 2013 (11)
    • February 2013 (11)
    • January 2013 (10)
    • December 2012 (10)
    • November 2012 (6)
    • October 2012 (13)
    • September 2012 (2)
    • August 2012 (5)
    • July 2012 (14)
    • June 2012 (6)
    • May 2012 (17)
    • April 2012 (15)
    • March 2012 (9)
    • February 2012 (16)
    • January 2012 (18)
    • December 2011 (20)
    • November 2011 (2)
  • Keywords

      3d printing . accuracy . add-on development . aluminium mesh . aluminium wire . anemone . angle . animate form . animation . apartment . aperiodic . approximation . archimedean . archimedean solid . archimedean spiral . architecture . arduino . area . array . ascii . attractor . award . b-spline . baklava . baldaquin . bambu . basic design . basis spline . basketball . Beginner . bend . bezier . bim . bitmap . blob . boolean . brick . bspline . buckminster fuller . buckminsterfuller . buckyball . building regulations . cage-edit . cairopentagonal . calatrava . calculus . canopy . cardboard . card design . cartesian house . casting . catalan solid . cellular . ceramic . cesaro . chamfer . chaos . chopsticks . circle . circle packing . closed . clusters . cnc cutting . color . column . compass . complex number . component . computation . computational design . computational geometry . computerization . concepts . constructivism . contouring . control points . convex hull . cost analysis . crane . crossover . cube . cura . curvature . curve . cycloid . dataflow . dataflow diagram . dataflow management . data list . data recorder . data tree . deboor . decasteljau . deformation . delaunay . deleuze . derivative . descartes . design competition . design contest . designcontest . design education . design exercises . design studio . diagram . digital design . digital fabrication . digital studio . dijkstra . display . divide . dodecahedron . dome . dot product . doyle . doyle spiral . dragon curve . dual . dwg . dymaxion . dynamic . dürer . edge bundling . education . egg-crate . ellipsoid . elongated . emergency . emergent . enneahedron . enneper surface . entrance . epicycles . equation . escher . euclid . euclidean construction . evolution door . excavated dodecahedron . excel . exhibition . fabrication . fabrik . facade . fermat . fibonacci . field . field lines . firefly . flange . flaps . flocking . flow . folding . font . force field . fourier . fractal . function . function curves . galapagos . game engine . gaudi . gaussian curvature . generative components . genetic algorithms . geodesic . geometry . gestalt . girih . goldberg . golden ratio . gosper . graph . graphic design . graph mapper . Grasshopper . grasshopper python . grid . growth . guitar . gyroid . hatch . helix . hendecahedron . herringbone . herschelsenneahedron . hexagon . hilbert . holomorphic . hoopsnake . hose . hotwire cutter . hypar . hyperbolic . hyperbolic space . hyperboloid . ice-ray . icosahedron . icosidodecahedron . image . image sampler . imagesampler . image sampling . interior design . interlocking . inverse kinematics . iqlight . islamic pattern . isovist . istanbul . iteration . ivy . julia . julia set . kagome . kangaroo . kinetic . kirigami . koch . kuka . kündekari . l-systems . ladybug . lamp . lanterns . laser . laser cutting . lattice . layout . leap motion . le corbusier . lecorbusier . leveling . lissajous . lissajous curve . lituus . lokma . loop . lowpoly . macro . mandelbrot . mantı . map . material . mathematics . maxscript . mecon . mesh . metaball . metamorphosis . mihrimahsultan . minimal surface . minimum spanning tree . mirror . miura ori . modeling . modulardesign . moebius . molding . monkey saddle . morph . motion . mug . muqarnas . musicxml . möbius . natural stone . nature . nesting . nexus . ngrid . noise . non-euclidean . normal . normalization . nurbs . nuts and bolts . object classes . occlusion . octahedron . ontology . opennest . origami . packing . paradigm shift . parametric . parametric design . parametric modeling . parametric object . parametric roof . parametric surface . parametric wall . parquet deformation . patch . pattern . pavilion . pedagogy . pendentive . penrose . pentagon . perception . performance . perlin . perlin noise . permaculture . philosophy . photoshop . phyllotaxis . pipe . planar . plane . planter . plaster . platonic solid . point . polygon . polyhedra . polyline . porous . poster . potplus . precast concrete . precision . printing . processing . projection . prototile . prototiling . prototypes . puzzle . pvc hose . pvc pipe . pyramid . python . qshaper . rammed earth . random . raytrace . record history . region . reptile . responsive . reverse vector . reversing vector . revit . revit family . rhino . rhinonest . rhinopython . rhinoscript . rhombicosidodecahedron . rhombus . riemann . risingchair . rivet . robot . robotic arm . robotic fabrication . roof . rubber band . rule-based design . ruled surface . rumi . savoye . science . section . seljuk muqarnas . semi regular . shape grammars . shapeshifting . shortestpath . sierpinski . signal . sinan . sine . sketch . skin . slope . snowflake . snub . snubsquare . socolar . sofa . software development . solar position . solid . sound . space-filling . spacechase . spacefilling . space syntax . spatial allocation . spec . sphenoidhendecahedron . sphere . spiral . spline . square . star . stellated . stellated icosahedron . stellation . string . stripe . structure . student works . subdivision . subsurface . surface . surface paneling . survey . sweep . symbiosis . süleymaniye . table . taenia . tangent . tattoo . technology . tensegrity . terrain . tessellation . tetrahedron . tetrakaidecahedron . text . textile . the primitive hut . tiling . timer . toolbar . tool calibration . topography . topology . transformation . tree . triangle . triangulation . truchet . truncated cuboctahedron . truncatedicosahedron . truncated icosidodecahedron . truncated octahedron . truncated tetrahedron . truss . tube . twisted tower . unit vector . unity . unroll . variation . vasari . vb.net . vbnet . vector . vector addition . vectorfield . vector magnitude . vector multiplication . vector normalization . vectors . vector subtraction . villasavoye . virtual reality . visualization . visual programming . void . voronoi . waffle . waterbomb . water cube . wave . weaire-phelan . webcam . william huff . wind . window . wood . wood stick . wood sticks . Workshop . zumthor

               
copyright 2024 designcoding.net | about designcoding | privacy policy | sitemap | end-user license agreement