Bringing Real Space-Weather Research Into the Classroom
I collaborated with Stanford University scientists, engineers, students, and fellow educators on the Sudden Ionospheric Disturbance (SID) Space Weather Monitor program—an effort to make authentic ionospheric research accessible to high-school and community-college students.
Original SID monitor hardware. Image: Stanford Solar Center.
How can students participate in science that actually matters?
The project grew from a practical problem: university research environments are not always easy to translate into meaningful experiences for classroom teachers and students. The Stanford team paired researchers with educators to design instrumentation and learning experiences that students could use to collect and investigate real data.
Authentic Research
Students used VLF radio signals to observe changes in Earth's ionosphere associated with solar activity rather than relying only on simulations or textbook examples.
Scientist–Educator Design
Teachers contributed classroom expertise while Stanford researchers and engineering students contributed scientific and technical expertise.
Student Inquiry
Students built antennas, collected observations, investigated unexplained events, and could use data that were also meaningful to researchers.
Educator, collaborator, and co-designer
The surviving Stanford project records identify Richard Styner as an educator on the development team, a co-author of project presentations, and later as a “Master Teacher” in the SID manual.
What I contributed
- Worked with Stanford scientists, engineers, students, and other educators on adapting the SID concept for classroom use.
- Brought classroom needs and teacher perspective into a technical research-and-development environment.
- Participated in the collaborative design and classroom-focused development of the monitor program.
- Co-authored/presented work documenting the scientist–educator collaboration.
- Helped connect authentic scientific investigation with experiences appropriate for secondary students.
From research instrument to student experience
Receive the Signal
A simple VLF receiver detects powerful transmitters whose signals propagate through the Earth–ionosphere waveguide.
Build the Antenna
Students construct their own antenna, giving the experience a hands-on engineering component.
Collect Real Data
The system records changes in received signal strength associated with ionospheric conditions and solar events.
Investigate
Students examine patterns, anomalies, solar flares, sunrise and sunset signatures, and other questions using authentic observations.
A classroom project with a global reach
The SID program was developed with support from NSF/CISM and NASA-related solar programs and became an approved International Heliophysical Year education project. Stanford's surviving materials document a program intended for wide distribution, with centralized data collection and access for students and researchers.
Underserved Schools
The educator-designed program specifically sought to reach underserved high-school and community-college students and broaden participation in science and engineering.
Shared Data
Data collection was centralized at Stanford so observations from participating sites could become part of a larger research resource.
International Scope
The program was tied to the International Heliophysical Year, taking a locally developed scientist–educator model toward a worldwide educational network.
Why this belongs in my coaching portfolio
Learning Designer
This project demonstrates collaborative design of an authentic, technology-rich learning experience. Educators and researchers worked together to transform specialized scientific instrumentation and data into something students could construct, operate, analyze, and use for genuine inquiry.
It also supports the Connected Learner standard: the work depended on sustained professional learning relationships between educators, scientists, engineers, and students, with expertise flowing in both directions.
Documentation of the collaboration
The Stanford Solar Center still hosts project documentation that identifies the team, describes the educator-designed model, and records the AGU presentations.