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Air Quality, Environmental Justice, and Engaging High School Students in Alternative Paths to Science

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Ended on 2/04/17
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About This Project

Students at LA high schools near freeways are disproportionately at risk for respiratory illnesses. This project seeks to teach high school students how to build low cost air sensors and engage in issues of public health and environmental justice. The principal investigators will recruit underrepresented students, facilitate hands-on experience in informal labs, and encourage low-income, first generation, and racial minority students to pursue higher education.

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What is the context of this research?

37 LA public schools are located within 100 feet of freeways. Prolonged exposure to air pollution present at these sites have detrimental effects on the health of students, who are predominantly lower income and students of color. By building home made air sensors and designing participatory action research projects, this project aims to encourage alternative pathways to science that are culturally relevant and that capitalize on “pivotal moments” in order to guide students toward success in higher education. Scholarly and media attention regarding informal STEM education focuses on community-based spaces that function to promote democratic learning, especially among populations lacking STEM-based mentorship.

What is the significance of this project?

The project allows underrepresented students to see themselves as practicing STEM professionals. By conducting research within their home community, students can gain direct skills and knowledge about how science impacts their daily lives. Students can share their skills and knowledge with peers within a makerspace – an informal learning environment for exploring STEM-based projects in a local community setting -, cultivating peer-to-peer relationships, informal learning, and mentorship. Overall, the project contributes to an understanding of education as a widespread exchange of knowledge, resources, skills, and energies that come together to create a community of learning and ethical relationships where we are all responsible for one another.

What are the goals of the project?

Firstly, this project aims to establish a collaborative “do-it-together,” democratic spaces for STEM education at two high schools in the LA County to act as central hubs for the project. Secondly, teaching modules will be designed and implemented for high school students based around the following topics: scientific method, citizen science, skill sharing, and environmental justice. Thirdly, 2 years of data collection will be completed at both schools. Fourth, alternative pathways to STEM for underrepresented high school students will be created through collaboration between Pitzer College, APIOPA, and the high schools. Finally, the effectiveness of the project will be tested through reflection papers, group discussions, and evaluation surveys.

Budget

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Our budget will mostly be used for supplies to build 12 low-cost air sensors for 2 high schools. To build the sensors, we will need to purchase a 3D printer and plastic filament, which will not only give us an affordable way to build the encasing for the sensors, but it will also be a learning opportunity for the youth on how to use a 3D printer. $2,000 will be used for building and perfecting the insides of the low-cost air sensor, which includes Arduino microcontrollers for programming air sensor code, casing for the airs sensors, and other core components. Youth will learn to code using this technology. Finally travel will be used to take students around to test the sensor, including stops like the South Coast Air Quality Management District.

Endorsed by

I support this project because it works to improve civic engagement of young people by allowing them to use STEM principles to experimentally research and problem solve issues faced within their own community. Involving youth in this program will generate a group of citizens with a greater understanding of environmental health issues and the tools to effectively communicate the issues and solutions to their surrondings. APIOPA and Pitzer have worked together for years and are poised to make a significant contribution to this ares of research.

Meet the Team

Scott Chan
Scott Chan
Program Director of the Asian and Pacific Islander Obesity Prevention Alliance

Affiliates

APIOPA
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Todd Honma
Todd Honma
Assistant Professor of Asian American Studies

Affiliates

Pitzer College
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Scott Chan

I am the Director of the Asian and Pacific Islander Obesity Prevention Alliance (APIOPA), which is a grassroots community-based organization that looks at the social, cultural, environmental, and political factors that contribute to the growing rates of obesity among API residents in Los Angeles County. I will be able to help leverage our existing partnerships to ensure the success of this project. I also has extensive experience as a community advocate for the Health Justice Network.

Todd Honma

I am currently a professor in Asian American Studies at Pitzer College, where I regularly teaches courses on community engagement. I also have experience in both formal and informal science research and education. I studied under feminist science philosopher Sandra Harding at UCLA and incorporates science and technology studies in the Asian American Studies curriculum. I previously worked as a reference desk assistant at the UCLA Biomedical Research Library, as a research assistant in a plant biology lab at UC Berkeley, and outreach and educator for Lawrence Berkeley Hall of Science and the Exploratorium in San Francisco.

Lab Notes

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Additional Information

For three semesters, students in ASAM130: Science, Tech, Asian America course offered by Pitzer College at the Claremont College Consortium has created a log of "DIY", affordable air sensors on this website.


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