10. Concept Generation




The Problem:


"when you go to dip a good portion of salsa or whatever, it falls off the chip or you cant get enough. So my idea was something around making a new bowl or attachment or something that would help with this. Possibly having something curved inwards so you can scoop the right amount of dip onto a chip/cracker"

The Approach:

Concept sketches that have specific features like an entirely smooth interior and a 'lip' for dip adjustment to achieve optimal dip to chip ratio (d:c)




 More sketches form group discussion:



My Role So Far:
Before this, the group bounced between sock holder and chip bowl, and eventually landed on the bowl. I sort of feel this is where I went wrong. I should have asked for clarification on my role and gotten more involved in the problem definition/solution instead of stressing over 150 prints that got delayed because of external circumstances out of my control. It was a waste of time - time that should have been used on getting deeper into this project.

Every time we met I tried to push for something that could be 'added onto' ANY bowl to solve the problem, it seemed like they were into it, but we didn't end up that direction.

Comments

Post a Comment

Popular posts from this blog

3. Parametric Identity: Plotter Drawing

Image
Islamic Parametric Patterns Mannnnnn this 12 Noon Thursday deadline always catches me off guard! I want to take this project further before class on Friday, so stay tuned.  For now, I'll present what I managed to complete so far using the Parametric design from my previous blog: (Scroll to the bottom to see Part 2 - attempting the drawing again) As you can see, I printed all 3 iterations on one long piece of mylar with a gold pen (the type that writes when pushed down). I wanted to make something that couldn't be done with a traditional printer and  I thought the gold and mylar would be a fun experiment - I think it makes the final piece feel valuable and ephemeral.  The mylar was a bit thin and did warp a bit, there's also a roller impression mark on the one side... but it worked!  The clip above shows each design in a bit more detail. I think the idea of iteration works really well here. Adding depth as one 'levels up' in life. I gue...
Read more

4.Parametric 3D Surface Design: Progress In Progress

Image
I've been playing around with tutorials online and seeing if I can deconstruct some definitions in order to understand how they work.  I first looked into Islamic patterns that evolve: I fixed the code to get it to work, but I didn't really figure out how to re-do this on my own. Very confusing. Then I looked into this Twirl design  with no luck: Lastly, I tried to make a wave pattern with a tutorial. no dice again. I got confused about halfway through and realized I'm way over my head.  I want to try  this one  next, but for now I just made a random surface the way I know how.  The squares are most interesting to me, but it would be great to add some organic flow or morph into this design. I think I have a lot left to do in order to get to something that is exciting. Good thing this is just a progress post.  ---- UPDATE I Did some flow along a curved surface created in rhino... its not really doing anything fo...
Read more

5. Parametric Surface Design: Progress Part 2

Image
I made 2 versions of the tile that I'm happy with: Version 1: Glitchy Palm Leafs based off the progress from last blog post Version 2: Smooth Interlocks The building process: used pipe first, it didn't work. Then I remembered sweep! It worked but it was broken (red), I think its because one ring didn't show up at this radius. So I cheated a little and copied one into place in rhino after it was baked. Made sure it fit in the bounding box more clean up in rhino, deleting extra bits and booleaning this thing into existence. Doing unions in grasshopper kept causing crashes so I did it after the bake.  It fits in the bounding box! Grasshopper Code: Tile:
Read more