From Launch Pad to Lunar Colony: The Journey to Nextage NextMAG
By: Sheree’ L. Golding
My journey as a curriculum writer has felt a lot like preparing for a series of ambitious space missions, each one building on the last, pushing the boundaries of my knowledge and challenging me to innovate. From the foundational launchpad of the Fort Caroline National Park to the deep-space exploration of the Nextage NextMAG magnetometer, every step has demanded rigorous study, creative problem-solving, and a steadfast belief in the power of education.
My initial training began at Fort Caroline National Park. This was like my first atmospheric flight, staying close to Earth but still a significant undertaking. Here, I immersed myself in the rich tapestry of early American history and archaeology. I learned how to sift through historical records like an archaeologist sifts through soil, unearthing stories of early European contact and indigenous cultures. I had to understand the geological processes that shaped the St. Johns River and the ecological systems that sustained life there for centuries.
The challenge was to translate complex historical narratives and environmental science into engaging, age-appropriate lessons for K-12 students. It was about making the past come alive, much like an engineer uses a historical design to make a new model with a different use.
Next, I embarked on a series of missions that took me further afield, much like venturing into Earth's orbit. The Museum of Science and History (MOSH) became my next training ground. Here, I delved into a broader spectrum of sciences – from the fundamental principles of physics governing roller coasters to rockets, to the intricate chemical reactions that power life itself. Crafting exhibits and educational programs for MOSH required me to not only understand these subjects, but also to present them in ways that sparked curiosity and encouraged hands-on exploration. This was like learning to dock with a space station, requiring precision and the ability to integrate diverse systems seamlessly.
The Challenger Learning Center was a significant leap, akin to launching my first lunar orbiter. Here, the focus shifted dramatically to space science and the critical skills needed for teamwork and problem-solving under pressure. I had to master the basics of rocketry, orbital mechanics, and the human factors involved in space travel. Writing curriculum for simulated missions demanded a deep understanding of the scientific principles at play, and the ability to weave them into compelling narratives that truly engaged students. It was about creating an immersive experience, making students feel like they were part of a real mission to the Moon or Mars. This phase solidified my ability to transform complex scientific concepts into thrilling, hands-on learning experiences.
My journey then took me to the stars themselves with the NASA-sponsored Top Stars contest creating engaging and educational Hubble Space Telescope content, and immersing myself in the Space Foundation’s Teacher Liaison program. This was like preparing for a deep-space probe mission, pushing the boundaries of my astronomical knowledge. I immersed myself in astrophysics, cosmology, and the incredible discoveries made by the Hubble Space Telescope. Understanding distant galaxies, black holes, and the origins of the universe required a level of intellectual heavy lifting that felt truly cosmic. Developing curriculum for these organizations meant not only comprehending these vast concepts but also finding ways to make them accessible and inspiring for a broad audience, from elementary students to lifelong learners. It was about making the universe feel a little less intimidating and a lot more wonder-filled.
All these "missions" – Fort Caroline, MOSH, Challenger, Hubble, and the Space Foundation – were crucial training for what would become my most challenging and rewarding endeavor: developing a curriculum for the Nextage NextMAG magnetometer. This was like preparing for and executing the first human mission to establish a permanent colony on the Moon.
Sheree Golding serving as Lead Mentor at the Team America Rocket Challenge, guiding students through the rigorous design and qualification process to compete on the national stage, Courtesy Photo
When I first encountered the Nextage NextMAG magnetometer, it felt like landing on an entirely new celestial body. Suddenly, I was confronted with advanced concepts in geophysics, electromagnetism, and data analysis that were far more specialized than anything I'd tackled before. I had to learn about magnetic fields, their origins in the Earth's core, and how they interact with different materials. I delved into the intricacies of how magnetometers work, the physics behind their measurements, and the chemistry of the materials they detect. This wasn't just about understanding the science; it was about understanding its practical applications in fields like archaeology, geology, and environmental science.
The initial learning curve was steep, like trying to build a lunar habitat with unfamiliar tools and in a hostile environment. I had to consult experts, pour over research papers, and grapple with a fresh set of questions I'd never thought before. How do magnetic anomalies reveal buried archaeological features? What are the geological implications of variations in magnetic susceptibility? How can this technology be used to detect unexploded ordnance or delineate contaminated groundwater plumes? Each question was a new challenge, a new problem to solve before the curriculum could even begin to take shape.
But just as a lunar colony requires integrating diverse systems – life support, power generation, communication – developing the Nextage NextMAG curriculum demanded a synthesis of all my previous experiences. My understanding of archaeological principles from Fort Caroline helped me frame how the magnetometer could be used to uncover hidden historical sites. My grasp of physics and chemistry from MOSH provided the foundation for explaining how the device actually works. My experience crafting engaging missions for the Challenger Learning Center guided me in designing practical, hands-on activities that would allow students to "fly" their own magnetometer surveys. And my work with the Space Foundation instilled in me the importance of connecting cutting-edge science to real-world applications and future careers.
The journey with the Nextage NextMAG magnetometer has been a wonderful expedition. It has pushed me to truly integrate my learning across diverse scientific disciplines – from the ancient history of Earth to the fundamental laws of physics. It has taught me that every subject, no matter how specialized, can be made accessible and exciting with the right approach and a deep understanding of its underlying principles.
Just as a Moon colony represents humanity's ingenuity and ability to adapt, the Nextage NextMAG curriculum stands as a testament to the power of interdisciplinary learning and the endless possibilities that arise when we dare to explore new frontiers of knowledge. It's a reminder that every challenge is just another launch sequence, leading to a new and even more profound discovery.
Ad Astra!
Sheree’ L. Golding