Distance learning describes any learning that happens without the students being physically present in the lesson. (However, this could also apply to the teacher in certain situations.)
There are many challenges to distance learning but in this forum I will focus on the technological challenges. In our region we have the challenge that high speed internet access is not ubiquitous. Some households have cable or DSL, others are dependent on cellular data solutions and some of the geographically isolated are limited to low bandwidth legacy satellite access.
There are better solutions coming in the very near future such as the Starlink satellite system now in Beta testing. This system is designed to provide high speed internet access to anywhere on the globe for around $99 per month plus an additional upfront equipment fee.
Here is a link to a Beta testers first use impressions. It is an interesting read and looks very promising.
Currently families are able to send their students to school so the technology divide is somewhat mollified but what happens should we go into distance learning mode only?
The region has purchased 6 mobile hotspots they can be deployed anywhere there is a cell signal. The concept is that should the schools close for a period of time, these devices could be located at schools or other government buildings to provide internet access to any Region1 student. Student with little or no internet access could be driven to hotspot that they could access from their school issued Chromebook. The Chromebooks will automatically connect to the hotspot with the network ID of Region1. The student would be able to access Google classroom for assignments, do research, and open documents for use in "Offline Mode " at home. Once the work is done, the student would need to return to the hotspot to reconnect their Chromebooks and allow it to synchronize the documents and Google classroom.
These systems are assembled but not will not be deployed until they are needed and we now what and where the needs will be.
This plan is far from perfect but it does provide an option for families with internet access challenges.
You can see pictures of the kits we have assembled below
JetPack mounted to a solar panel to keep the battery charged.
The solar portion of the kit.
A kit placed on the roof of HVRHS for testing.
For those who may wish to construct a solar charger to keep electronics charged during power outages or for camping or other emergencies below is a list of parts to the kit we built. The total cost was $155.92 at Amazon.com
Sun Energise Waterproof 12V 30W Solar Battery Charger Pro - Built-in MPPTCharge Controller +3-Stages Charging - 30 Watts Solar Panel TrickleCharger with Adjustable Mount Brackets + SAE.
Cigarette Lighter Socket, 12V Power Outlet Receptacle for Car Marine Motorcycle ATV RV, with Wire Fuse DIY Kit.
Anker USB C Car Charger, 36W 2-Port PowerIQ 3.0 Type C Car Adapter, PowerDrive III Duo with Power Delivery for iPhone XR/Xs/Max/X, GalaxyS10/S9, Pixel 3a/3/XL, iPad. We chose USB C because that is what the JetPack requires. Your devices may need a standard USB A charger.
2000 Cycles 12V 6Ah Miady Lithium Iron Phosphate Battery, Rechargeable LiFePo4 Battery, Low Self-Discharge and Light Weight, for Kid Scooters, Fios Replacement Battery.You may wish to use a larger battery depending on your needs.
I mounted all the parts onto a piece of 15 ¾" X 12 ½" X ¼" polycarbonate sheet. This perfectly slides into the solar panel frame and is easily removable for modifications. The only other parts not listed for our build is the JetPack itself and the waterproof box to keep it clean and dry.