Help me give my students LED components, air particle sensors, Arduino compatible boards, and wire to solve problems with STEM.
In a STEM magnet school, my students are bused in from locations all over the city. Many of my students catch the school bus before their peers would even imagine waking up. They do this to be part of the unique opportunity offered at my school. My students know that the great education they receive is their first step toward changing the world they live in.
Minority students from all measured groups at my school score proficient at a rate more than 50% above the state average in English, more than 40% above in Math, and more than 40% above in Science.
My school provides an opportunity for students with an interest in Science, Technology, Engineering, and Math (STEM) to engage in two years of rigorous coursework exploring STEM. Before you think my school is one set aside for the "privileged," please know that my campus is classified as a highest poverty school. It is not a school for the privileged, but it is a school for the dedicated. My school is a school for students who are willing to work for something more, and shatter the achievement gap.
My school community is faced with the challenge of poor air quality. Poor air quality leads to quite a few health issues, and it is often difficult to assess how bad the air quality is at any given moment. Living in close proximity to smoke from California wildfires and other pollution sources, my school community needs an easy way to assess current air quality levels. Without having an easy way to determine the risk, many in the community unknowingly increase exposure to unhealthy air. As part of the Samsung Solve for Tomorrow Challenge, I hope to provide my students the opportunity to solve this problem.
My students want to find a solution to the problem of detecting poor air quality using their STEM skills as part of the Samsung Solve for Tomorrow Challenge.
STEM can be used to find an easy means for monitoring current air quality. It is one thing to check a periodically updated website for air quality reports for the entire area, but it would be far more effective to have a method for easy monitoring of air quality at a specific location.
For this project, I am asking for a variety of electronics components, wire, sensors, and Arduino compatible boards so that I can let students have the materials to produce a potential STEM solution for this problem. These materials will be used by students in their open ended response to the problem of air quality as part of the Samsung Solve for Tomorrow Challenge.
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|SunFounder IIC I2C TWI Serial 2004 20x4 LCD Module Shield for Arduino Uno Mega2560 • Amazon Business||$12.99||6||$77.94|
|Waveshare Dust Sensor Detector Module with Sharp GP2Y1010AU0F Onboard for Measuring PM2.5 Air Purifier Air Conditioner Monitor Supports Arduino • Amazon Business||$18.99||3||$56.97|
|Adafruit Accessories Hook-up Wire Spool Set 22AWG [Solid Core] • Amazon Business||$18.49||3||$55.47|
|Air Quality Sensors Grove - Dust Sensor • Amazon Business||$16.50||3||$49.50|
|KEYESTUDIO Pm2.5 Sensor Pm2.5 Air Particle Monitor for Arduino Mega 2560 Uno R3 Nano Micro Pro Mini Raspberry Pi • Amazon Business||$14.99||3||$44.97|
|SunFounder Mega 2560 R3 ATmega2560-16AU Board Compatible with Arduino • Amazon Business||$14.99||3||$44.97|
|Elegoo EL-CB-001 UNO R3 Board ATmega328P ATMEGA16U2 with USB Cable for Arduino • Amazon Business||$11.65||3||$34.95|
|HiLetgo 2pcs 12 Bit WS2812 5050 RGB LED Ring With Integrated Driver Module For Arduino • Amazon Business||$7.89||4||$31.56|
|DIYmall 7 Bits 7 X WS2812 5050 RGB LED Ring Lamp Light with Integrated Drivers • Amazon Business||$5.22||6||$31.32|
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