Report on Echo in the Middle School Classroom
Gang:
After two mornings of teaching a total of three 50min classes, I can say that a presentation based around AMSAT activities (and Echo specifically) works very well at the 6th grade level. However, the students were already engaged in a science curriculum regarding basic aeronautics, astronomy and planets, and they were about to discuss satellites to a greater or lesser degree in the coming weeks.
After an introduction to the idea of a satellite and their uses, the bulk of my presentation centered around the design, building and journey to launch of Echo. I'm afraid I pillaged Bill Greene's on-line photo archive. (Students always love the one of Echo strapped into its own seat aboard the plane to Kazakhstan.)
Then I prepped them to listen to a short QSO between myself and David EB4DEH, who kindly sent me a mp3 a year ago. For today's class I arranged with a local ham to have them do an satellite-style contact over a local repeater (giving callsign and gridsquare). Unfortunately, I wasn't able to alert him that the schedule had changed. Nevertheless, the students were interested by the repeater's response, and I could show that it was much like the equipment on-board Echo.
Finally, I talked about some Cubesat projects, including Genesat and the upcoming CanX-2, of special interested due to its Canadian origin. Surprisingly, to me at least, Cubesats seemed to resonate with them. (My daughter, who was in one of the classes, confirmed this impression by listening in to later conversations.) I think their simplicity appealed, as well as the fact that these were made by university students on a budget.
I'd say these presentations went well, even though we never listened to a satellite live. Something to consider if the technical challenges of doing a live demo seem to daunting. In effect, your experience and enthusiasm will carry the event. It should be said that I am a university professor and used to working in the classroom (though my teaching is in the Humanities). Nevertheless, this age group warms quickly to the guest speaker and is easily impressed by the cool stuff.
While the teachers involved thanked me profusely, I think I should pass on their gratitude to the AMSAT community for providing such an engaging basis for education. And to think that they never even spoke over the bird!
I have some recommendations for AMSAT based on this experience. First, a more extensive set of free-to-use educational diagrams would be very useful and, I think, an excellent recruitment tool. They would probably find their way onto Wikipedia and other places, with a reference to AMSAT. There may be more than I think already available: the AMSAT website was briefly and uncharacteristically unavailable when I was working on the presentation on Sunday night.
More ambitiously, I think we should consider establishing the infrastructure for a network of Middle or High Schools clubs or classrooms who are affiliated with the cubesat and APRS satellite initiatives and have stations that feed them data.
What sort of infrastructure? There's two important components I can think of. To my mind what matters here from the school's and students' perspectives is kudos, recognition from a larger group. If this is so, CalPoly or some other institution could produce some certificates recognizing Ms. Smith's class in Podunk Hollow, NB as a "Member of the International Satellite Collective" or what-have-you. Make a website, and list the participating schools for each year. Ms. Smith feels (rightly, mind you) that she's done something to make her class part of the larger world, and her school administration has something to brag about, too. Participation would be determined by submitting telemetry, simple as that.
If the CAPE people are thinking of engaging local schools, they might consider how much little greater effort it would take to globalize the effort, seeding cubesat stations around the world. Bob's Navy lab would also be a great place for this.
The other component of such a job would be to streamline and automate the collection and dissemination of telemetry. I'm working on a Jabber project that does this; stay tuned for more.
73, Bruce VE9QRP
Hi Bruce
Your power point presentation and this email are being forwarded to the head of the education department at the University of Louisiana. The have agreed to partner with the CAPE Team on there next sat. CAPE II will fly an educational payload. They are in the processing of figuring what they will fly. A parrot repeater and a easy way to decode temp, voltage and currents are in the works. Included in the mission is the kitting of a yagi and a up converter that will use a FRS radio to listen to the sat. The team thinks they might get the cost to < $50. The team is looking for input on the pay load.
nick ----- Original Message ----- From: "Bruce Robertson" broberts@mta.ca
Gang:
After two mornings of teaching a total of three 50min classes, I can say that a presentation based around AMSAT activities (and Echo specifically) works very well at the 6th grade level. However, the students were already engaged in a science curriculum regarding basic aeronautics, astronomy and planets, and they were about to discuss satellites to a greater or lesser degree in the coming weeks.
Bruce,
Thanks for the report.
I have some recommendations for AMSAT based on this experience. First, a more extensive set of free-to-use educational diagrams would be very useful and, I think, an excellent recruitment tool. They would probably find their way onto Wikipedia and other places, with a reference to AMSAT. There may be more than I think already available: the AMSAT website was briefly and uncharacteristically unavailable when I was working on the presentation on Sunday night.
What sort of diagrams are you thinking of? I am administrating the CAPE wiki at http://ulcape.org and could use that as a springboard for such diagrams. One of the goals of the website is to not only provide information about the existing, yet to be launched CAPE1 and future CAPE2 satellites but also to provide information on satellites (cubesats and picosats, specifically) in general including the various subsystems such as communications, power etc. Other topics such as ground station operations and other aspects should be covered as well. In the process of documenting this, diagrams will often be needed and any created would certainly be freely available.
If the CAPE people are thinking of engaging local schools, they might consider how much little greater effort it would take to globalize the effort, seeding cubesat stations around the world. Bob's Navy lab would also be a great place for this.
As per Nick's earlier reply, one goal of CAPE would be to come with a very cheap "kit" that could just as easily be sent to Timbuktu as next door.
The other component of such a job would be to streamline and automate the collection and dissemination of telemetry. I'm working on a Jabber project that does this; stay tuned for more.
Keep us updated. I'm currently working on some telemetry plotting web based software using PHP and the PEAR libraries with mySQL for storage in my spare spare time (I'm having trouble finding time within my spare time). It could be possible to interface these with jabber as the broadcasting agent with a web-based viewer.
Jonathan Wagner ITT Electronic Systems Electronic Warfare Systems Louisiana Field Office
participants (3)
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Bruce Robertson
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Jonathan Wagner
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Nick Pugh