Surgery Upon an Amphitheater
eater Project Summary Drew Chamberlin & Nick Lima eater zed OutdoorAcoustically Amphitheater Optimized Outdoor Amphitheater Drew Chamberlin & Nick Lima Design Sketches Structural Design Sketches Structural Drew Chamberlin & Nick Lima timized timized An attempt to realize complex Development acoustically pment Design Acoustically Optimized Outdoor Amphithea Digital Fabrication Project Scop driven forms which respond to the conditions uctural System Roof Form and Structural System of the site, this project seamlessly transitions the idea from virtual to physical modeling. Acoustically Optimized Outdoor Amphitheater Design Development Exploded Axonometric Diagrams/ Section Roof Form and Structural System The iterative design involved adapt-iterations Iterations Roofprocess Surface/Form ing the roof form to optimize acoustics and sight lines of the Stage as well as the Charles Photos of Existing Site River beyond. Simultaneously the roofsite strucphotos of Existing ture provides the necessary reverberation and decay of a orchestral hall, it allows natural light throughout, creating a dramatic environment of geometric shadows which evolve with the suns movement. The physical model uses three modes of mechanical fabrication techniques; Acoustically Optimized Outdoor Laser-Cutting, CNCAmphitheater Milling, and 3D-Printing. Roof Surface/Form Iterations Drew Chamberlin & Nick Lima Introduction: Acoustically Optimized Outdoor Amphitheater Site - CNC Milled Pink Foam Acoustically Optimized Outdoor Amphitheater Structural Design Sketches Design Development Drew Chamberlin & Nick Lima Roof Form and Structural System Seating - CNC Milled Grade B Plywood Stage - 3d Printed ABS Plastic Columns - 3d Printed ABS Plastic Photos of Existing Site Primary Beams Laser Cut Basswood Secondary Waffle Structure - Laser Cut Chipboard Final Roof Surface Roof Surface/Form Iterations Final Roof Surface Migration: Shift the Virtual Axonometric All Modeling done in Rhino. All Renderings using V-Ray. Final Roof Surface Existing Amphitheater Plan and Site Migration: Shift the Virtual Site Plan Site Plan Site Plan Splitting and Rebuilding Surface for Further Development Migration: Shift the Virtual Using Contour and Loft Commands to Rebuild Split Surfaces Instructors :for Seunghyun Kim & Youngjin Splitting and Rebuilding Surface Further Splitting Development and Lee Rebuilding Surface for Further Develop Instructors : Seunghyun & Youngjin Lee Loft Commands to Rebuild Split Surfaces Using Contour and Loft Commands to Rebuild Using SplitKim Surfaces Contour and Instructors : Seunghyun Kim & Youngjin Designed and Fabricated By: Drew Chamberlin and Lee Nicholas Lima In Shift the Virtual MA Migration: ShiftMigration: the Virtual - Boston, 15 - Boston ArchitecturalCCollege Level Advanced Workshop Spring 2015 - Boston Architectural College
atervirtual Modelling pe ns heater cope Dre Designed and Fabric Drew Chamberlin & Nick ions on: Shift the Virtual Advanced Workshop Spring 2015 - Boston Architectural College c
Fabrication Process
Architectural Assembly
Physical Model