STEM IH
~ STEM Inspire Hawaii ~
Empowering Communities Worldwide Through Research, Innovation and Economic Growth
The STEM IH Outreach Model
Empowering Students and Communities through long-term Science Engagement: Building a resilient, STEM-centric Economy and creating local Career Opportunities for Youth
-
At STEM IH, we are revolutionizing Outreach with a focus on sustained engagement, community inclusivity, and real-world impact.
Long-Term Partnerships
- We empower students through hands-on experiences, enabling them to become leaders in engineering, programming, and research. We collaborate with partners who provide services, data-collecting instruments, and advanced collaboration tools, helping bright young minds thrive and build resilient careers in STEM.
Community Involvement
- Our initiatives engage local communities, fostering a resilient STEM-focused economy and promoting long-term independent operation.
Empowerment and Mentorship
- Students from underserved regions mentor new generations, creating a continuous cycle of learning and reshaping science education globally.
Our approach ensures sustained Impact and Community Engagement through:
- Long-Term Vision: Sustainable initiatives for lasting impact.
- Real Research Integration: Solving real-world challenges.
- Multi-Generational Involvement: Students become mentors.
- Student Mentorship: Cultivating leadership and responsibility.
- Community Support and Initiative Ownership: to be run independently with little intervention
- Global Perspective Exchange: Mutual learning across borders and worldwide collaboration
-
At STEM IH, we’re redefining outreach with a focus on sustained engagement, community inclusivity, and real-world impact. But what does this mean in practice? Enter the Mobile Research Environment—our practical and innovative solution to making STEM outreach both effective and accessible.
Introducing ourMobile Research Environment, designed to enhance educational experiences and community engagement through innovative and sustainable practices.
- Modular Design: Flexible and scalable for various educational settings and adaptable to partner’s visions.
- User-Friendly Deployment: Easy setup with packaged kits and virtual support.
- Sustainable Implementation: Long-term community support.
- Teacher Support and Curriculum: Customizable, hands-on learning aligned with standards.
- Data-Collecting Instruments: Real science tools for students to build and use for research.
- Community Engagement: Local initiative champions oversee support and inclusive programs.
- Empowerment and Mentorship: Leadership development and economic support through STEM careers.
- International Science Collaboration Tool Kit: Connects students globally and engages them in international initiatives like Astronomy without Borders.
-
Central to the Mobile Research Environment are the cutting-edge research instruments that empower students to engage in authentic scientific inquiry.
Partnering with leading scientists and organizations, we provide tools and solutions to not only offer opportunities but also contribute to significant scientific discoveries.
-
Project Panoptes
Project PANOPTES is a citizen-science instrument developed by a Subaru Telescope Team to detect exoplanets using the transit method, where two CMOS cameras capture light data from stars to identify exoplanets through temporary light dimming. The system is designed for accessibility, using easily sourced materials, making it ideal for broad educational use, especially in underserved communities. This initiative empowers students to engage in global scientific research, developing skills in engineering, electronics, programming, data analysis, and astronomy. By offering mentorship, encouraging international collaboration, and providing training through workshops and conferences, Project PANOPTES fosters long-term impact. The data collected is meticulously gathered, and disseminated as open-source to support global exoplanet research, including contributions to NASA’s TESS team, allowing students to gain vital STEM experience and engaging meaningfully with the global scientific community.
FRIPON Vigie-Ciel Camera (Observatoire de Paris): The FRIPON Vigie-Ciel camera is part of a global network of cameras designed to track and record meteorites entering Earth’s atmosphere. This system provides valuable data for understanding the frequency, trajectory, and composition of meteors. Students involved with the FRIPON Vigie-Ciel camera system participate in real-time observations, analyze meteor data, and contribute to a global network of scientists studying these space objects.
NASA Radio JOVE: Enables students to observe and analyze radio emissions from celestial bodies, enhancing their understanding of planetary science and solar physics.
Cosmic-On-Air: Detects and analyzes cosmic rays, allowing students to study high-energy particles and their interactions with Earth’s atmosphere.
SKAO Small Horn Radio Telescope: Provides a platform for students to study hydrogen line emissions, crucial for understanding galaxy structure and interstellar matter.
TART Project: Allows students to detect and interpret transient radio signals, deepening their knowledge of dynamic astronomical phenomena.
Mahina Aerospace CubeSat and BalloonSat: Offers hands-on experience in designing and operating miniature satellites and high-altitude experiments, expanding students’ skills in aerospace technology.
Climate and Water Pollution Data Instruments: Facilitates the collection of climate and water quality data, contributing to global environmental monitoring and research efforts.
-
The STEM IH Outreach framework is designed with unparalleled flexibility and modularity, making it adaptable to any situation, institution, community, or location. Its core components can be easily customized to fit the unique needs and goals of diverse environments, ensuring that the outreach efforts are relevant and impactful. Whether deployed in a remote community or a well-established institution, the framework’s adaptable nature allows it to seamlessly integrate with existing resources and infrastructure, providing tailored solutions that empower communities to take ownership of their scientific and educational growth.
-
Educational Outreach
The STEM IH Outreach Initiative, featuring real-data collecting instruments and the Mobile Research Environment, transforms STEM education by offering hands-on, ownership-based learning. It empowers youth, students, and professionals by developing technical skills and scientific literacy in hard-to-reach or underserved areas. Participants learn through building, operating, and analyzing data from scientific instruments, which fosters interest in STEM careers and inspires future leaders. The initiative also integrates a culturally relevant curriculum, incorporating Indigenous perspectives to enhance learning and promote cultural pride.
Skill Development
STEM IH collaborates with students and their educators to advance citizen science and astronomy in underserved, remote, and Indigenous communities. The initiative fosters inclusivity by providing quality STEM resources while also integrating skills from various fields. Beyond STEM, it includes arts such as photography, writing, blogging, graphic arts, Indigenous and traditional arts, and involves students from business, economics, and political science. This holistic, community-driven approach ensures that opportunities are available to all members, promoting gender inclusivity and accessibility across disciplines.
Generating New Knowledge
The STEM IH initiative advances scientific understanding by enabling students to explore phenomena firsthand through real-data collecting instruments. It promotes interdisciplinary teamwork and addresses key issues like educational equity, generating knowledge that informs effective STEM interventions and policies.
Education Methodology
STEM IH emphasizes critical thinking, creativity, and hands-on learning, encouraging students to tackle real-world science questions. The program integrates STEM subjects, guiding students through the scientific method to build, test, and operate STEM Research Environments. The data collected is shared globally, benefiting both students and the international scientific community.
Related Publications
STEM IH empowers students to conduct real research with data-collecting instruments, leading to diverse publications such as research articles, policy briefs, and educational materials. These are shared through peer-reviewed journals, conferences, community reports, and online platforms, contributing to scientific advancement and societal impact.
Impact on the Field and Beyond
The Mobile Research Environment, supported by STEM IH, advances research in areas such as exoplanets, variable stars, Near Earth Objects, radio astronomy, and environmental monitoring. Students contribute valuable data that informs scientific understanding, policy development, and community empowerment. By sharing best practices, STEM IH promotes scientific literacy and inspires future STEM leaders.
Societal Benefits, Diversity, and Inclusion
STEM IH collaborates with experts across fields to advance citizen science and astronomy, with a focus on underserved, remote, and Indigenous communities. The initiative emphasizes inclusivity in STEM education by providing high-quality resources and fostering lifelong learning. By engaging local communities and integrating Indigenous insights, STEM IH promotes ownership, responsibility, and cultural respect. The program also prioritizes gender inclusivity and accessibility, bridging gaps and ensuring that STEM opportunities are available to all members of the community, regardless of gender or ability.
Policy Change
STEM IH encourages stakeholders to engage local leadership to influence policy in STEM education and environmental management by engaging with policymakers, advocacy groups, and stakeholders. It shares findings and best practices to address disparities and environmental challenges, promoting holistic and sustainable policy solutions.
Economic Impact
The STEM IH Initiative encourages and supports economic well-being in communities by creating jobs through training programs, research initiatives, and STEM infrastructure projects. It fosters entrepreneurship and innovation, enabling community members to develop and commercialize ideas, driving local economic growth. The initiative also promotes sustainable development by encouraging environmentally responsible practices, equipping communities with the tools for economic and environmental resilience.
Increased Cultural Awareness
The STEM IH Outreach Initiative raises STEM awareness and understanding among stakeholders, policymakers, and the public by actively involving communities in outreach efforts. It uses social media, workshops, and educational programs to engage diverse audiences and ensure accessible information. By integrating Indigenous perspectives and traditional knowledge, STEM IH fosters cultural understanding and collaboration, promoting positive change and respect for cultural heritage.
Environmental Benefits
STEM IH promotes environmental responsibility by combining traditional ecological knowledge with modern science to tackle environmental challenges. The initiative uses small-footprint technologies to minimize environmental impact and incorporates Indigenous perspectives to enhance sustainability and resilience efforts.
Beneficiaries and Benefits
STEM IH benefits Indigenous communities, researchers, policymakers, educators, and the public by providing access to STEM education, empowering communities, and preserving cultural identity. Researchers gain valuable data for collaboration, policymakers receive evidence-based recommendations, educators access innovative resources, and the public gains a deeper understanding of STEM, fostering curiosity and stewardship.
Advancing Knowledge and Understanding
STEM IH aims to advance knowledge across STEM fields and connect isolated communities through data sharing, fostering cross-cultural learning and promoting international relations, language acquisition, and cultural understanding.
-
- The STEM IH team is actively engaged in several key collaborations worldwide. In Bhutan, our outreach framework was successfully tested, leading to job creation and progress toward a STEM-centric economy. We’ve initiated projects in Switzerland, Madagascar, and Guam, each tailored to local needs. Current grant proposal collaborations include work with SARAO in South Africa and DARA across Africa. We are also preparing grant collaborations with the Faculties of Science in Cairo, Nairobi, Antananarivo, and with ICRAR in Australia.
- In Hawaii, we are beginning a partnership with the new Engineering Program at the University of Hawaii in Hilo to integrate STEM IH initiatives into outreach and student research. Additionally, we are developing a 4-year STEM curriculum in collaboration with an indigenous private school in Hawaii, aiming to strengthen STEM education from an early age. These collaborations underscore our commitment to expanding STEM education and building sustainable, science-driven communities globally.
- The STEM IH initiative collaborates with leading instrument partners to provide cutting-edge tools for STEM education. The Project Panoptes Core Team at Subaru Telescope specializes in exoplanet detection through robotic telescopes, while the Paris Observatory Team behind FRIPON Vigie-Ciel developed a global meteor tracking network. The Cosmic on Air Team advances cosmic ray detection for astrophysics education, and NASA Radio JOVE enables hands-on radio astronomy for planetary and solar studies. The TART Radio Telescope Team offers scalable antennas for transient signal detection, and SKAO’s Horn Telescope Team focuses on hydrogen line emissions essential for studying galactic structures. Mahina Aerospace leads in CubeSat and BalloonSat platforms for aerospace experiments. These partnerships ensure students access advanced instruments and valuable research opportunities.
-
The STEM IH core team, along with their partners, forms a unique, close-knit group of best friends and colleagues who are deeply committed to their mission. This bond fuels their daily collaboration in creating new projects, initiatives, and innovations, whether during work hours or in their free time. They engage continuously in brainstorming, problem-solving, and hands-on testing, ensuring that every project is innovative, thoroughly refined, and strategically advanced.
The Core Team is strengthened by advisors and partners, including a MacArthur Fellow and Astrophysicist from Subaru Telescope, the founder of PISCES (who has trained NASA’s Lunar and Mars Rovers in Hawaii and received recognition and a Contract Award from SPACEX), the Director of Wildwood Institute for STEM Research and Development (WISRD) in Los Angeles, and the founder of Astronomers Without Borders, Astronomy for EquityBlue Marble Space, DarkSky International Board, and a UCLA medical researcher. They are joined by a young astronomy entrepreneur from Madagascar who has led outreach initiatives across Africa and his country, and is well-versed in navigating emerging economies, as well as a young astronomer and teacher from Bhutan, a former CERN intern, who is pushing new boundaries for STEM in Bhutan.
This deep, continuous collaboration and the strategic integration of expertise across disciplines and geographies set the STEM IH team apart, allowing them to move projects forward dynamically and innovatively, always with a focus on expanding STEM education and outreach globally.
This team has experience on 6 continents, speaking French, Arabic, Hebrew, Spanish, Portuguese, German, Mandarin and Japanese, and currently learning Xhosa and Afrikaans.
Inquire about our Data-collecting Instruments
Bridging Boundaries with Mobile Science Solutions. Empowering Student Research Everywhere to Collect Real Science Data, even in the Most Remote Areas.
EXOPLANET RESEARCH
Project PANOPTES aims to discover Long-Period Transiting Exoplanets in the Habitable Zone, to discover Exoplanets Beyond Current Missions!
Solar System & Meteorites
Meteorite Trackers, Solar system studies, offering many regular activities even for the community.
Cosmic On Air
Hunt solar flares. Help scientists and advance science by measuring cosmic radiation on board an aircraft
Cube Sat & Balloon Sat
Offers hands-on experience in designing and operating miniature satellites and high-altitude experiments, expanding students’ skills in aerospace technology.
NASA Radio JOVE
Enables students to observe and analyze radio emissions from celestial bodies, enhancing their understanding of planetary science and solar physics.
Radio Astronomy
Allows students to detect and interpret transient radio signals, deepening their knowledge of dynamic astronomical phenomena.
ASTRO-BIOLOGY
Curating the hardiest plants in indigenous areas for Lunar, Mars and future Space Travel terraforming.
CLIMATE & POLLUTION DATA
Climate and pollution sensing instruments that everyone can build & that contribute to world Data
Young People collaborating across Borders and Oceans!
Through our Mobile Research Environment, students can collaborate with notable organizations even from remote areas and expand their scientific knowledge by being ACTUAL SCIENTISTS. “In the process, they develop a mindset where PROBLEMS and DIFFICULTIES are OPPORTUNITIES for growth, to be sought out, rather than to be feared and avoided”. (Joe Wise, Founder Wildwood School , Los Angeles)
-
The STEM IH Framework delivers STEM resources to underserved areas, fostering local careers and economies. By empowering students, we prevent brain drain and build resilient communities through hands-on learning, community engagement, and global collaboration.
-
The STEM IH mentorship program ensures that students lead the teaching programs. The STEM IH system is decentralized and deployable to reach all young bright minds and educators in remote and underserved areas. The scientific data collected through the projects is limitless and shared worldwide. STEM IH proves that Science can be for everyone and that you don’t have to spend millions on projects to get scientific data. It widens the field to all backgrounds and opens up more opportunities for scientific discovery.
Get in Touch
info@STEMinspireHawaii.org
Ready to scale up your Science initiative?
We facilitate Astronomy & Scientific Deployments worldwide!
The STEM IH Mobile Research Environment will travel anywhere with its deployable instrument Building Kits & its packaged teacher and community support!
~ STEM Inspire Hawaii ~
Empowering underserved Communities Worldwide Through Research, Innovation and Economic Growth
The STEM Inspire Hawai`i Team & Close Collaborators have over 200 years of combined professional experience in Logistics, IT, Astronomy, Aerospace & International Relations! We speak languages from around the world!
Empowering Students and Communities through long-term Science Engagement: Building a resilient, STEM-centric Economy and creating local Career Opportunities for Youth
-
At STEM IH, we are revolutionizing Outreach with a focus on sustained engagement, community inclusivity, and real-world impact.
Long-Term Partnerships
- We empower students through hands-on experiences, enabling them to become leaders in engineering, programming, and research. We collaborate with partners who provide services, data-collecting instruments, and advanced collaboration tools, helping bright young minds thrive and build resilient careers in STEM.
Community Involvement
- Our initiatives engage local communities, fostering a resilient STEM-focused economy and promoting long-term independent operation.
Empowerment and Mentorship
- Students from underserved regions mentor new generations, creating a continuous cycle of learning and reshaping science education globally.
Our approach ensures sustained Impact and Community Engagement through:
- Long-Term Vision: Sustainable initiatives for lasting impact.
- Real Research Integration: Solving real-world challenges.
- Multi-Generational Involvement: Students become mentors.
- Student Mentorship: Cultivating leadership and responsibility.
- Community Support and Initiative Ownership: to be run independently with little intervention
- Global Perspective Exchange: Mutual learning across borders and worldwide collaboration
-
At STEM IH, we’re redefining outreach with a focus on sustained engagement, community inclusivity, and real-world impact. But what does this mean in practice? Enter the Mobile Research Environment—our practical and innovative solution to making STEM outreach both effective and accessible.
Introducing ourMobile Research Environment, designed to enhance educational experiences and community engagement through innovative and sustainable practices.
- Modular Design: Flexible and scalable for various educational settings and adaptable to partner’s visions.
- User-Friendly Deployment: Easy setup with packaged kits and virtual support.
- Sustainable Implementation: Long-term community support.
- Teacher Support and Curriculum: Customizable, hands-on learning aligned with standards.
- Data-Collecting Instruments: Real science tools for students to build and use for research.
- Community Engagement: Local initiative champions oversee support and inclusive programs.
- Empowerment and Mentorship: Leadership development and economic support through STEM careers.
- International Science Collaboration Tool Kit: Connects students globally and engages them in international initiatives like Astronomy without Borders.
-
Central to the Mobile Research Environment are the cutting-edge research instruments that empower students to engage in authentic scientific inquiry.
Partnering with leading scientists and organizations, we provide tools and solutions to not only offer opportunities but also contribute to significant scientific discoveries.
-
Project Panoptes
Project PANOPTES is a citizen-science instrument developed by a Subaru Telescope Team to detect exoplanets using the transit method, where two CMOS cameras capture light data from stars to identify exoplanets through temporary light dimming. The system is designed for accessibility, using easily sourced materials, making it ideal for broad educational use, especially in underserved communities. This initiative empowers students to engage in global scientific research, developing skills in engineering, electronics, programming, data analysis, and astronomy. By offering mentorship, encouraging international collaboration, and providing training through workshops and conferences, Project PANOPTES fosters long-term impact. The data collected is meticulously gathered, and disseminated as open-source to support global exoplanet research, including contributions to NASA’s TESS team, allowing students to gain vital STEM experience and engaging meaningfully with the global scientific community.
FRIPON Vigie-Ciel Camera (Observatoire de Paris): The FRIPON Vigie-Ciel camera is part of a global network of cameras designed to track and record meteorites entering Earth’s atmosphere. This system provides valuable data for understanding the frequency, trajectory, and composition of meteors. Students involved with the FRIPON Vigie-Ciel camera system participate in real-time observations, analyze meteor data, and contribute to a global network of scientists studying these space objects.
NASA Radio JOVE: Enables students to observe and analyze radio emissions from celestial bodies, enhancing their understanding of planetary science and solar physics.
Cosmic-On-Air: Detects and analyzes cosmic rays, allowing students to study high-energy particles and their interactions with Earth’s atmosphere.
SKAO Small Horn Radio Telescope: Provides a platform for students to study hydrogen line emissions, crucial for understanding galaxy structure and interstellar matter.
TART Project: Allows students to detect and interpret transient radio signals, deepening their knowledge of dynamic astronomical phenomena.
Mahina Aerospace CubeSat and BalloonSat: Offers hands-on experience in designing and operating miniature satellites and high-altitude experiments, expanding students’ skills in aerospace technology.
Climate and Water Pollution Data Instruments: Facilitates the collection of climate and water quality data, contributing to global environmental monitoring and research efforts.
-
The STEM IH Outreach framework is designed with unparalleled flexibility and modularity, making it adaptable to any situation, institution, community, or location. Its core components can be easily customized to fit the unique needs and goals of diverse environments, ensuring that the outreach efforts are relevant and impactful. Whether deployed in a remote community or a well-established institution, the framework’s adaptable nature allows it to seamlessly integrate with existing resources and infrastructure, providing tailored solutions that empower communities to take ownership of their scientific and educational growth.
-
Educational Outreach
The STEM IH Outreach Initiative, featuring real-data collecting instruments and the Mobile Research Environment, transforms STEM education by offering hands-on, ownership-based learning. It empowers youth, students, and professionals by developing technical skills and scientific literacy in hard-to-reach or underserved areas. Participants learn through building, operating, and analyzing data from scientific instruments, which fosters interest in STEM careers and inspires future leaders. The initiative also integrates a culturally relevant curriculum, incorporating Indigenous perspectives to enhance learning and promote cultural pride.
Skill Development
STEM IH collaborates with students and their educators to advance citizen science and astronomy in underserved, remote, and Indigenous communities. The initiative fosters inclusivity by providing quality STEM resources while also integrating skills from various fields. Beyond STEM, it includes arts such as photography, writing, blogging, graphic arts, Indigenous and traditional arts, and involves students from business, economics, and political science. This holistic, community-driven approach ensures that opportunities are available to all members, promoting gender inclusivity and accessibility across disciplines.
Generating New Knowledge
The STEM IH initiative advances scientific understanding by enabling students to explore phenomena firsthand through real-data collecting instruments. It promotes interdisciplinary teamwork and addresses key issues like educational equity, generating knowledge that informs effective STEM interventions and policies.
Education Methodology
STEM IH emphasizes critical thinking, creativity, and hands-on learning, encouraging students to tackle real-world science questions. The program integrates STEM subjects, guiding students through the scientific method to build, test, and operate STEM Research Environments. The data collected is shared globally, benefiting both students and the international scientific community.
Related Publications
STEM IH empowers students to conduct real research with data-collecting instruments, leading to diverse publications such as research articles, policy briefs, and educational materials. These are shared through peer-reviewed journals, conferences, community reports, and online platforms, contributing to scientific advancement and societal impact.
Impact on the Field and Beyond
The Mobile Research Environment, supported by STEM IH, advances research in areas such as exoplanets, variable stars, Near Earth Objects, radio astronomy, and environmental monitoring. Students contribute valuable data that informs scientific understanding, policy development, and community empowerment. By sharing best practices, STEM IH promotes scientific literacy and inspires future STEM leaders.
Societal Benefits, Diversity, and Inclusion
STEM IH collaborates with experts across fields to advance citizen science and astronomy, with a focus on underserved, remote, and Indigenous communities. The initiative emphasizes inclusivity in STEM education by providing high-quality resources and fostering lifelong learning. By engaging local communities and integrating Indigenous insights, STEM IH promotes ownership, responsibility, and cultural respect. The program also prioritizes gender inclusivity and accessibility, bridging gaps and ensuring that STEM opportunities are available to all members of the community, regardless of gender or ability.
Policy Change
STEM IH encourages stakeholders to engage local leadership to influence policy in STEM education and environmental management by engaging with policymakers, advocacy groups, and stakeholders. It shares findings and best practices to address disparities and environmental challenges, promoting holistic and sustainable policy solutions.
Economic Impact
The STEM IH Initiative encourages and supports economic well-being in communities by creating jobs through training programs, research initiatives, and STEM infrastructure projects. It fosters entrepreneurship and innovation, enabling community members to develop and commercialize ideas, driving local economic growth. The initiative also promotes sustainable development by encouraging environmentally responsible practices, equipping communities with the tools for economic and environmental resilience.
Increased Cultural Awareness
The STEM IH Outreach Initiative raises STEM awareness and understanding among stakeholders, policymakers, and the public by actively involving communities in outreach efforts. It uses social media, workshops, and educational programs to engage diverse audiences and ensure accessible information. By integrating Indigenous perspectives and traditional knowledge, STEM IH fosters cultural understanding and collaboration, promoting positive change and respect for cultural heritage.
Environmental Benefits
STEM IH promotes environmental responsibility by combining traditional ecological knowledge with modern science to tackle environmental challenges. The initiative uses small-footprint technologies to minimize environmental impact and incorporates Indigenous perspectives to enhance sustainability and resilience efforts.
Beneficiaries and Benefits
STEM IH benefits Indigenous communities, researchers, policymakers, educators, and the public by providing access to STEM education, empowering communities, and preserving cultural identity. Researchers gain valuable data for collaboration, policymakers receive evidence-based recommendations, educators access innovative resources, and the public gains a deeper understanding of STEM, fostering curiosity and stewardship.
Advancing Knowledge and Understanding
STEM IH aims to advance knowledge across STEM fields and connect isolated communities through data sharing, fostering cross-cultural learning and promoting international relations, language acquisition, and cultural understanding.
-
- The STEM IH team is actively engaged in several key collaborations worldwide. In Bhutan, our outreach framework was successfully tested, leading to job creation and progress toward a STEM-centric economy. We’ve initiated projects in Switzerland, Madagascar, and Guam, each tailored to local needs. Current grant proposal collaborations include work with SARAO in South Africa and DARA across Africa. We are also preparing grant collaborations with the Faculties of Science in Cairo, Nairobi, Antananarivo, and with ICRAR in Australia.
- In Hawaii, we are beginning a partnership with the new Engineering Program at the University of Hawaii in Hilo to integrate STEM IH initiatives into outreach and student research. Additionally, we are developing a 4-year STEM curriculum in collaboration with an indigenous private school in Hawaii, aiming to strengthen STEM education from an early age. These collaborations underscore our commitment to expanding STEM education and building sustainable, science-driven communities globally.
- The STEM IH initiative collaborates with leading instrument partners to provide cutting-edge tools for STEM education. The Project Panoptes Core Team at Subaru Telescope specializes in exoplanet detection through robotic telescopes, while the Paris Observatory Team behind FRIPON Vigie-Ciel developed a global meteor tracking network. The Cosmic on Air Team advances cosmic ray detection for astrophysics education, and NASA Radio JOVE enables hands-on radio astronomy for planetary and solar studies. The TART Radio Telescope Team offers scalable antennas for transient signal detection, and SKAO’s Horn Telescope Team focuses on hydrogen line emissions essential for studying galactic structures. Mahina Aerospace leads in CubeSat and BalloonSat platforms for aerospace experiments. These partnerships ensure students access advanced instruments and valuable research opportunities.
-
The STEM IH core team, along with their partners, forms a unique, close-knit group of best friends and colleagues who are deeply committed to their mission. This bond fuels their daily collaboration in creating new projects, initiatives, and innovations, whether during work hours or in their free time. They engage continuously in brainstorming, problem-solving, and hands-on testing, ensuring that every project is innovative, thoroughly refined, and strategically advanced.
The Core Team is strengthened by advisors and partners, including a MacArthur Fellow and Astrophysicist from Subaru Telescope, the founder of PISCES (who has trained NASA’s Lunar and Mars Rovers in Hawaii and received recognition and a Contract Award from SPACEX), the Director of Wildwood Institute for STEM Research and Development (WISRD) in Los Angeles, and the founder of Astronomers Without Borders, Astronomy for EquityBlue Marble Space, DarkSky International Board, and a UCLA medical researcher. They are joined by a young astronomy entrepreneur from Madagascar who has led outreach initiatives across Africa and his country, and is well-versed in navigating emerging economies, as well as a young astronomer and teacher from Bhutan, a former CERN intern, who is pushing new boundaries for STEM in Bhutan.
This deep, continuous collaboration and the strategic integration of expertise across disciplines and geographies set the STEM IH team apart, allowing them to move projects forward dynamically and innovatively, always with a focus on expanding STEM education and outreach globally.
This team has experience on 6 continents, speaking French, Arabic, Hebrew, Spanish, Portuguese, German, Mandarin and Japanese, and currently learning Xhosa and Afrikaans.
The STEM IH Outreach Model
Inquire about our Data-collecting Instruments
Bridging Boundaries with Mobile Science Solutions. Empowering Student Research Everywhere to Collect Real Science Data, even in the Most Remote Areas.
Exoplanet Research
Project PANOPTES occupies a Rare Niche in Exoplanet Research Programs
Interplantary Studies, Meteorites & Fireballs
FRIPON Vigie-Ciel stands out by combining advanced meteor tracking with community involvement, encouraging public participation in meteorite recovery efforts.
Radio Telescopes
Our radio telescopes offer students hands-on exploration of the invisible universe, allowing them to capture and study cosmic radio waves, unveiling the hidden structure of galaxies and stars.
Coming to STEM IH: Cosmic Rays, CubeSats & Astro-Biology
Unlock the mysteries of the universe through hands-on initiatives in Cosmic Rays, CubeSats, and Astro-Biology!
-
The STEM IH Framework delivers STEM resources to underserved areas, fostering local careers and economies. By empowering students, we prevent brain drain and build resilient communities through hands-on learning, community engagement, and global collaboration.
-
The STEM IH mentorship program ensures that students lead the teaching programs. The STEM IH system is decentralized and deployable to reach all young bright minds and educators in remote and underserved areas. The scientific data collected through the projects is limitless and shared worldwide. STEM IH proves that Science can be for everyone and that you don’t have to spend millions on projects to get scientific data. It widens the field to all backgrounds and opens up more opportunities for scientific discovery.
Get in Touch
info@STEMinspireHawaii.org
Blog
