Projects | Studio | Awards
UG - BCT - Studio - 3 | Spring 2022 | Deployable Partition Wall
  • Student Prajapati Charmil Jigneshkumar
  • Code UCT21165
  • Faculty Technology
  • Tutor/s JAPAN SHAH,Anand Viswanathan
  • TA Aaradhya Parakh

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Deployable structures may expand and contract due to their geometric design and mechanical joinery, which enables them to adapt to different functions. When not in use, they may collapse, becoming smaller, and take up less space; but, when necessary, these structures may be used to carry out their intended purpose. In this workshop, we were allowed to experiment with a variety of materials and the scissor.

Understanding the deployment in nature
Stages of deployment, 3D model, Exploded view of household objects
plans, elevations and jinery details and mechanism of household objects
Case study of push button house
AutoCAD drawings of push button house
Stages of deployment and load transfer mechanism of push button house (case study)
3d models of push button house (case study)
Staad Analysis of Deployable Partition Wall (Final design)
drawings, 3d models and joinery detail of Deployable Partition Wall (Final design)
Models of all Exercise