Web Developer
Born and raised in Albuquerque, New Mexico. I am currently a sophomore at the University of New Mexico pursing a Bachelor's degree in Mechanical Engineering.
This project allowed for high school students to be exposed to the world of engineering and STEM. I think the students fully embraced the project as they saw the benefits. They learned important material on Photovoltaics and solar grids, while also being able to apply that in a real-life project. Having this project align with the material they learned is beneficial to their development, not only as students but as real world experience.
I think this project helped spread awareness on renewable energy sources, especially solar. A major setback for the advancement of renewable energy is the lack of support from the general public, mostly due to not knowing the full benefits of such an energy source. I think this project helped open some eyes and hopefully communities will be able to benefit off of our work.
Zuni High School Teacher
Born and raised in New Mexico. I have taught in western New Mexico for twelve years focusing on Environmental Science, Earth Science and Social Sciences. I love my state! I answer our state question as Green, but Christmas is OK.
Students learned how to communicate with individuals outside of both our community, outside of peer group and in some cases from other countries. We learned how to break down complex problems and analyze the data to find specific causes of our electrical bills. We learned how to do a hands-on approach with data collection to identify personal electronic items within our homes. Learned how to use Google Sheets to do pie charts, bar graphs and use spreadsheets to calculate and solve problems. Students learned how to network and advocate for complex tasks.
I feel that this project can help community members and families be aware of electrical consumption in our homes, help us control our electrical bills, and help us expand our horizons for sustainable electrical production for the community.
University of New Mexico Instructor
Bringing Tradition and Technology Together: A UNM–Zuni High School Solar Energy Collaboration that bridges K-16 education
Senior students from the University of New Mexico's Photovoltaic class have launched a peer-to-peer teaching and design initiative in collaboration with Zuni Pueblo High School, aiming to bring solar energy awareness and engineering design thinking into the heart of the native New Mexico community.
The collaboration centers on a peer-to-peer teaching model, where UNM students guide Zuni high schoolers through real-world design projects that explore electrical consumption, fundamentals of solar renewable energy, empowering Zuni students to make informed decisions on how to reduce household electrical bills, a bill that is usually unsustainable for many families living on the pueblo.
Through weekly virtual classes and monthly field trips in both directions, Zuni students visiting the University of New Mexico’s facilities, and UNM students visiting Zuni High School, the collaboration fosters cross-cultural exchange and builds a foundation of trust, learning, and mentorship. At the core of the experience is a student-led design project that aligns the NGSS-aligned K-12 curriculum with the secondary education engineering design process.
UNM students are developing their professional communication and presentation skills as they translate complex photovoltaic concepts into accessible learning modules. In turn, Zuni students gain exposure to STEM pathways, hands-on energy concepts, and leadership through their own community-based projects. In doing so, the initiative explicitly honors Zuni traditions, prioritizing cultural values over rigid technology demands, and encouraging students to see solar energy not just as a technical solution, but as a community-driven opportunity. Indeed, the most valuable contribution to the project comes from the high school students’ participation. Thanks to them, the UNM senior students, future engineers, ‘’will develop a set of soft skills, such as mentorship and community engagement, that will be needed in their professional careers’’
This initiative reflects a model of sustainable education, where clean energy knowledge, community relevance, and equitable access converge to shape the next generation of engineers and energy-conscious citizens.
By accepting diversities, respecting tradition, and providing hands-on educational experiences, this program is a model for how universities and Indigenous communities can co-create opportunities that are both technologically forward and culturally grounded, and provide expertise within their respective communities and embracing the sense of respect, a foundation for creating an inclusive community for the future generations.