Cabane lumineuse et jeux créatifs
Provide clean light and education to those in need.
Over the stoppage in school as a result of the covid-19 pandemic, I worked with Josh Keys to design and print a circuit board. In the process, he taught me how to design circuit boards, how to create 3D models of them and a lot about electrical engineering. After designing the theoretical board, I would assemble the components and find out what things worked and what did not. Today, we have professionally printed PCB circuit boards and have implemented test points and labels so that the future students assembling and receiving these boards can learn about electricity too.
I made a bboard robot that drives with the controller.
1. I coded the microbit to control the wheel.
2. I created a remote with another microbit using a radio signal.
3. I then created 3d design that the servo wheel would fit in. I had to try a few times. I added some googly eyes for a finishing touch."
LEO is an intelligent art installation that would serve as a signal light for the Riverview Arts Center to signal the end of intermission, but to also serve as interactive art in the RHS foyer. The intelligent chandelier will be made out of laser cut acrylic with LEDs controlled by custom made SAI boards and Rapsberry zeros.
A video on how to make good toutons.
"1. Let dough rise
2.Roll into egg-shaped balls
3. Add oil to hot pan
4. Cook until both sides are brown
5.ENJOY!"
People deserve to be able to go outside on their own without fear of all the terrible things that could happen while living alone and my innovative design allows people to do that.
I started off using tinkercad to create a cat shape for the housing of my project. I eventually built it up and created a cover that can easily clip on and off. So the sound device can fit safely inside. I have a small hole at the end for cords to come out through, and an easy way to hold the device. Next, I started coding in Python and after a lot of research and trial and error, I got both my button and buzzer working on the GPIO. It is still a work in progress, but it is coming along very well.
A solution to providing a thirsty puppy fresh water when she needs it!
We used a waterproof container from our recycling bin, a plastic straw, our bboard, microservo and a motion click. We also used our 3D printer to make an L shaped hard surface so that the little servo lever would clamp the straw when no motion was detected. We used the coding software from the Brilliant Labs bboard website to write a code for the microservo that controlled the lever dependent on the information it received from the motion click indicating if Polly was at her dish drinking or not. One issue that we had that we later fixed was the water leakage around the straw. Initially, we used silly puddy that we had at home but we later asked our dad to get us some waterproof caulking to use around the straw as it went into the water reservoir.
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Students created Heritage fair projects which consisted of them making their town out of cardboard, that we connected Makey Makeys to.
We used new technology to make a model of tanks and to give information about World War One.
We first planned out the project by brainstorming together. We made a layout of the model and did research on the computer. We then collected materials from around the house and the yard. First we built the Ozobot track then made the battle field around it. Lastly, we made the poster board by printing the information and cutting it out, arranging it on the board, then gluing it down.
We used new technology to make a model of tanks and to give information about World War One.
We first planned out the project by brainstorming together. We made a layout of the model and did research on the computer. We then collected materials from around the house and the yard. First we built the Ozobot track then made the battle field around it. Lastly, we made the poster board by printing the information and cutting it out, arranging it on the board, then gluing it down.