unl-digifab

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Project 2: Hybrid Object

Description

For this project you will make an object that is a combination of two (or more) things at once. It should be a combination of a physical and a digital object. You can think of this as a prosthesis –– scanning a real object and modeling/fabricating a prosthesis that attaches to it. You can think of it as an augmentation or exoskeleton –– a fabricated structure that provides a home for and extends the object’s capabilities. This could be a site specific intervention, scanning a crack in a wall or negative space of an object and creating an object that fills it. See the references below for some examples. The concept is open-ended, but you will need to submit a written proposal for your project. (see proposal below)

For this project you will use the 3d design and fabrication techniques that we have covered in class so far, as appropriate to your concept:

We will critique these projects in three weeks, Week 10.

Proposal

You will submit a two paragraph proposal for your idea addressing the following questions below. The first paragraph should describe how you are choosing to approach the hybrid object prompt and get us excited for the concept. The second paragraph will address the logistics of your project and how you will produce and document the result.

This written description will be submitted online to Canvas by Thursday October 7.

Deliverables

  1. Proposal:
    • Written proposal submitted to Canvas.
  2. Final Project Submission:
    • Add the following to your digital sketchbook and submit:
      • Written Project Description (update your written proposal once you are done with the project, this is your project description)
      • Documentation of 3d modeling (rhino captures)
      • Documentation of final object (photographs)
      • submit as a PDF
    • Rhino Models (.3dm)
    • Printable file (.stl)
  3. Critique:
    • Present both your Object and your documentation for Critique in two weeks.

References

Each of these ideas below is one approach to a “hybrid” object.