// ADAPTIVE AGGREGATION BASED BUILDING SYSTEM
(With CHARLES BOUYSSOU - PFE ENSAPM, OSWALD PFEIFFER & ANTOINE CARPENTIER - ENSAM)
Adaptative and autonomous aggregation based building system, using machine vision (3D scanning) and robotic tools (cable robot powered by Arduino).
The construction modules for aggregation structure are made with cardboard laser-cutting.
Second semestre experimentation and research with heavy prototype and funds for Charles BOUYSSOU Diploma (PFE), applied for the Design Modeling Symposium 2015 in Copenhagen as Student authors, abstract accepted.
Project in collaboration with the Arts&Metiers ParisTech (ENSAM) and the DEMOCRITE Research Project.
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PDF Showcase : P8_Presentation
PDF Design Modeling Symposium 2015 : Paper_DMS_2015
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{REFERENCES}
- BIOMIMETICS
- ROBOTICS
- K. DIERICHS (Aggregate architectures) [2010]
- E. MATSUDA (Designed Particles Aggregations 01) [2004]
- T. SPYROPOULOS (Imogen) [2014]
Software : Processing / Inventor
Grasshopper3D / Rhinoceros3D
Tool : Lasercutter / 3D Printer
Robotic Arm / 3D Scanner / Arduino
Teacher : Philippe MOREL
Jean-Aime SHU
Year : 4 - 5 (2014 - 2015)
VIDEO : Vimeo link
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