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Digital Fabrication

With the advent of advanced computation, there is immense potential in advanced fabrication techniques and mass customization. From product scale to building scale digital fabrication could be used to find novel ways of shaping our environment. These projects show a variety of techniques explored to understand and learn digital fabrication workflows. Every project has a physical outcome and thus reinforces the potential of physical possibility in the future.

Robotic Workflows

The project is interested in understanding the fundamental components and workflows for the use of robotic technology in architecture.

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Robotic UV-Resin 3d Printing

Project used 3D printing, Arduino, and UV cured resin coated string to develop robotic technology in architecture, ending with a workflow demonstration.

Project Curation in Progress

Virtuoso

Advanced fabrication techniques and parametric design yield innovative, tactile door handles for Kresge Theatre, inspired by double bass playing.

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Robotics Research

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Project Curation in Progress

Way Ahead (Digital Fabrication)

Constantly updating myself about latest digital fabrication techniques and workflows. Along with finding new workflows I also apply my existing knowledge by designing objects like lamps, tables, etc... At CMU, the digital fabrication lab was my home to fabricate these projects. I am deeply grateful to Terry Hritz for creating a phenomenally innovative environment in the Dfab ensuring we learn responsibility which comes with freedom of using machines. While being a digital fabrication lab assistant for 1.5 years at CMU, the quieter days saw these projects come to fruition. I look forward to find maker spaces and offices where there is an opportunity to experiment with Digital Fabrication.

No problem is big or complex enough, if you break it down into smaller parts smartly.

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