Television
Roman Colosseum
Computer
Keychain
Lamp
Flag
A Nice and Comfy Chair
Box
A tree
A Very nice Tree
A car
Watch
A 3D Printer
A bed
A miniature Kitchen
A Bowl of Soup
My Dog
The World
A Grilled Cheese Sandwich
Some Other Historic Monument
Lightbulb
A Dasani Water Bottle
Watermelon
An Air Conditioner
A Mini House
Are you working by yourself or with a team?
For this project, I will indeed be working alone.
What materials will you need for your project?
For this project, I will be using a 3D modeling platform called Tinkercad. After I have finished modeling my project on Tinkercad, I will use a 3D printer to print my creation.
What is your plan to create in this project?
For this project, I will be creating a very nice tree. Preferably a bonsai tree. I have always been fascinated with bonsai trees, and I think it will be a fun challenge to make one with 3D printing.
What unique qualities will your project have?
In this project, I will be using real-life skills to create a virtual bonsai tree. I have studied the subject for quite a while, and am quite excited to see it in use.
Using Tinkercad, a 3D modeling platform, I created a small scale Bonsai tree. Bonsai trees have always fascinated me, and continue to do so. Typically, Bonsai trees take a lot of patience, and skill to grow, and I thought it would be a fun challenge to try and recreate one myself making use of 3D printing.
During this process, I learned how to use and operate Tinkercad. Tinkercad offers a variety of shapes of all kinds to create whatever you want with. I learned how to merge simple geometric shapes into organic elements, and how different shapes go together.
The 7 standards of the class are Empowered Learner, Digital Citizen, Knowledge Constructor, Innovative Designer, Computational Thinker, Creative Communicator, and Global Collaborator. My project most strongly ties into Empowered Learner because being an Empowered Learner is all about setting standards and adapting your learning environment to fit what you need, and using various technologies to do so. In this project, I was able to adapt to my materials in order to create what I needed.
A challenge I overcame on this project was trying to make the simple, geometric shapes I was given, into an organic element. This proved to be a real challenge, and I was only able to achieve this making the best out of what I had. I used the most sensible elements to create convincing foliage and other materials. But, I did indeed find out, that by warping the provided shapes, I could make them quite a lot more convincing.
Given a chance to do this again, I would change the size of the allowed workplane. In this project, we were only allowed a 3 - square inch cube to work with. I felt this was a bit too limiting, and would at least like to see this change to a 4 - square inch cube instead. But otherwise, there is absolutely nothing else I would like to change.
Hastings High School Career and Technical Education Program offers Agriculture, Business Management, Computer Programming, Construction Trades, Culinary Arts, Digital Multimedia, Engineering Design, Finance, Insurance, and Marketing. My project connects to the Engineering Design CTE program at Hastings High School. This would be because making things with 3D printing plays a very large role in Engineering Design. This project uses many similar techniques, and greatly ties into many things involved with Engineering Design. And well the result of this project may not tie into the subject quite as much, the process is similar.
For this project, I will be using Tinkercad, a 3D modeling platform, to create a bonsai tree. Tinkercad offers a variety of geometric shapes, and I will be using many of these to put together the tree.
The first step is to make the pot in which my Bonsai tree will be planted. I want a circular pot, so I use a paraboloid to create this shape.
The next step in making the pot is to create the legs. I used four other paraboloids to make circular legs. I also added a circular rim around the top of the pot and filled it with dirt.
Now I can start making the actual tree. For the trunk, I take a few cylinders and stack them on top of one another to get the shape I want. I then take some spheres to smooth out the edges.
To make things a bit easier on myself, I go ahead and copy/paste this piece on a few times on top of itself, and rotate it to form the rest of the structure.
Now comes the hard part. I need to add leaves to my tree. There aren't very many options I could use for this, but after quite a bit of consideration, I decide to use icosahedrons for the leaves. I have to warp them a bit to get the exact shape I want them.
And finally I'm done! Here is a short video of the final printed project.
Now for the last part! Most Bonsai trees are accompanied by some sort of foliage in the pot. I decided to add a few small rocks and some moss to mimic this feature. I again used icosahedrons to get the shape I needed.