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  Well well well, we had a lot of elements from group 2's design where we wanted to create and join together. But we've decided to limit it to just the bookshelf and bench for now, creating the rod so it can potentially be worked on in the future if we or other OBDF students would like to. We definitely don't have enough time to work on everything we initially planned for, nor the material even though we could really push it and use every inch we can to fit everything onto the 6-8 pieces we have. This week we wanted to combine the maze design with the bench to really create a unison look, along with figuring out how the maze would print on the CNC without the pieces being too flimsy.  For the bench group we were discussing how pieces could potentially interlock with each other so that it can be built without nails or screws. Reference the really messy white board drawing ideas we have down below. But to a certain extent we still want the pieces to be easily assembled and ca

  So today we brought together all our concepts and it appears a lot of us had overlapping ones, which worked out pretty nicely. We're doing a table+shelf area plus chair/bench that fits perfecting under the table space when no one is sitting there, maybe it's called a nesting chair? Our group got broken into two main groups and a few that are just floating around so far until the physical building process, I got put into the chair concepting part.  We initially discussed doing a parametric design after we went to the nest to measure around the area. Turns out parametric uses A LOT of wood and we would not have enough to do 56 pieces of para metric designs of ~40" x 24" pieces, multiplied by 2 because we planned for two desk spaces meaning two chairs. So we had to scrap that idea and the dimension planning, then decided to break up into individual concepting again to create a new bench chair design that would use less wood, maybe more planks and a design that is easie

For this week, we created mood boards and went on a call to decide that we wanted to create one final sketch idea and present it to each other on Friday in class. Overall, we wanted something functional as tables or chairs, something that saves space, and something that can look artistic since we're in an art school.  My concept is based off of Liro's research/mood board with the convertible coffee bench. I think creating this type of bench where multiple can sit/sleep on it and can also duo as a table or coffee holder is a really cool concept. The things I would change is the stability and material because I would want them all to be wood. I think having a sturdier bottom piece that holds the rod and people up especially if it would be a long bench instead of a 2-3 seaters. The challenge we faced was choosing a direction which is why we had to take an extra step to narrow down on one option and see whichever overlaps or looks the best we will go with. 

This is my physical print, it was done with clear acrylic laser-cut pieces glued together with crazy glue. (At the end there's a 3D print version!) So I laid out 32 pieces to laser cut which I thought was enough, but it surprisingly still too thin compared to my rendered file. Which is fine because the table is suppose to be adjustable for width, angle height, and amount of curves/grooves/waves. And glueing it together wasn't perfect either because some pieces wanted to shift right before the glue dried so it created a wavy shape in every other angle too... yay... And some of the pieces were cut on a non-flat surface of the acrylic, which is weird I didn't know that could have been an issue until now. I glued together pieces 2 by 2 then join those to 4 by 4, then 8 by 8. At this point is where I found the issue, where there were random gaps in between the laser-cut pieces (see pictures below) and no matter how much I try to sand the edges, it would not go together. Thats ho

  Hey everyone who's reading my blog, here's a quick tutorial for people who just need a refresh of how to 3D print. But for sure make an appointment with technician if you need a full tutorial.  RHINO STEPS: 1) Select your objects that you want to 3D print, go file > export selected 2) Make sure your object is exported as an STL, Binary option!!! 3) A slider window should show up, adjust accordingly: more polygons means higher res of your object, which is great if you're printing something detailed or small, less polygon is good for faster printing. PRUSA SLICER: **Link from Object.digital, download for whatever you need for your comp https://github.com/prusa3d/PrusaSlicer/releases 1) When opening this, select Prusa i3 MK2.5 printer with a nozzle diameter size of 0.4mm. THIS IS IMPORTANT TO CHANGE!!! 2) After you've chosen these selections, save the printer info and a diff window with the plater header should show up. Click the cube with a plus sign 3) Import your S

Title: Lap Wave Desk Inspiration: Ocean/Wave glass sculptures and The Great Wave off Kanagawa print by Hokusai Difference from typical furniture: A typical lap desk is formal looking, just metal and a plain one colour platform. I wanted something that's less traditional and more sculpture base, one that looks like an art piece and might benefit some users with the wave patterns as holders.  Function: It's a lap desk! Those computer desks are portable and you can put them on your lap to hold your laptop on. Others might use it as a standing desk by putting it on top of a regular table Intended Location: Homes and maybe a less traditional office Intended Audience: Students, office workers, people who need to do work standing or work portable Here are the renders for my lap desk, I made two versions of it. One in an Oak material, one in transparent plastic with a slight blue colour just to make sure it would appear in the render. I made the decision of the transparent one bec