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Bonjour welcome to my page!
Bonjour welcome to my page!
LM1: Arduino Basics
LM1: Arduino Basics
Andrew Harasymchuk and I spent our first learning module learning the basics of utilizing an Arduino microcomputer.
Andrew Harasymchuk and I spent our first learning module learning the basics of utilizing an Arduino microcomputer.
We successfully set up a sonic sensor, programmable LED's and finished by almost implementing the function of a LCD screen to display information
We successfully set up a sonic sensor, programmable LED's and finished by almost implementing the function of a LCD screen to display information
LM2: HTML/CSS website
LM2: HTML/CSS website
Michael Morgan and I each created our own website using techniques we learned with html and css.
Michael Morgan and I each created our own website using techniques we learned with html and css.
My goal was to create a simple site that would register every click on the owl to tally up licks to the center of the tootie pop.
My goal was to create a simple site that would register every click on the owl to tally up licks to the center of the tootie pop.
A random number generator would tell you when you eventually would reach the center and save your score.
A random number generator would tell you when you eventually would reach the center and save your score.
LM3: Soldering Basics
LM3: Soldering Basics
I worked with Jake Lunger to learn the basics of soldering.
I worked with Jake Lunger to learn the basics of soldering.
We learned how to make proper effective electrical connections while utilizing the necessary precautionary procedures to stay safe.
We learned how to make proper effective electrical connections while utilizing the necessary precautionary procedures to stay safe.
LM4: Fingerprint Safe
LM4: Fingerprint Safe
I worked with Josh Mercado to create a safe that opens upon recognizing ones finger print.
I worked with Josh Mercado to create a safe that opens upon recognizing ones finger print.
We used an Arduino to control the solenoid lock which would open once successfully reading a stored fingerprint.
We used an Arduino to control the solenoid lock which would open once successfully reading a stored fingerprint.
All Parts were designed from scratch using Fusion 360 , and the 3D printed
All Parts were designed from scratch using Fusion 360 , and the 3D printed
LM5: Leap Motion
LM5: Leap Motion
Dan K and I experimented with the Leap Motion (motion scensor) to track our finger movements
Dan K and I experimented with the Leap Motion (motion scensor) to track our finger movements
This could be the baseline for a multitude of cool projects that could utilize the finger vectors.
This could be the baseline for a multitude of cool projects that could utilize the finger vectors.
LM6: 3d Scanner
LM6: 3d Scanner
I worked With Joe Carey to create a 3D scanner using an Arduino microcomputer
I worked With Joe Carey to create a 3D scanner using an Arduino microcomputer
We designed the 3D model of the scanner in Fusion 360 and 3D printed the body of the project.
We designed the 3D model of the scanner in Fusion 360 and 3D printed the body of the project.
Additionally we utilized our schools cnc machine to cut out a wooden base for the project that would be stable enough to support the heavy components.
Additionally we utilized our schools cnc machine to cut out a wooden base for the project that would be stable enough to support the heavy components.
We used skills we learned from previous projects to get the project moving and learned how to use photographer software to export our scans and construct 3D models.
We used skills we learned from previous projects to get the project moving and learned how to use photographer software to export our scans and construct 3D models.
LM7: Synthesizer
LM7: Synthesizer
Daniel Pitsch and I created a synthesizer using an ATMEGA 328p micro controller. This means we wired a completely custom micro controller chip into our own board and connected it with our synthesizers components.
Daniel Pitsch and I created a synthesizer using an ATMEGA 328p micro controller. This means we wired a completely custom micro controller chip into our own board and connected it with our synthesizers components.
So we basically created an Arduino and wired it with our synthesizer to make a single computer.
So we basically created an Arduino and wired it with our synthesizer to make a single computer.
We 3d modeled the synthesizer and 3D printed/ laser cut the components.
We 3d modeled the synthesizer and 3D printed/ laser cut the components.
*Unable to properly test due to Covid 19
LM8
LM8
LM9
LM9
LM10
LM10
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