Without daily, in-person contact, however, it can be hard to know if a student is facing physical abuse or other dangerous conditions. In the remote learning environment, there is renewed urgency among school administrators to ensure compliance with these key guidelines.ĭistricts also have an obligation to protect students’ physical safety. The Children’s Online Privacy Protection Act (COPPA) safeguards student data.
Some students are on an iPad because somebody else had to use the Chromebook inside their family,” Thomas says. Some students are on the Chromebooks that the school bought. “Some students are on a student-owned device on their home network. Efficacy: Leadership also needs tools to determine whether online education is in fact driving educational outcomes, regardless of where or how students are learning.“When you know what’s going on, then you can begin to effectively address the underlying issues of equity that may be driving the situation,” Thomas says. Visibility empowers administrators to see where these inequalities are having an adverse impact. Equity: Not all students have equal access to devices or bandwidth.That is the starting point for empowering remote learners.” “You need to know where devices are physically located, whether they are they connected to the internet, how they are being used. “Visibility into the data is the first step that we can take,” Thomas says. Visibility: Why hasn’t a particular teacher implemented Zoom meetings? Why haven’t certain students shown up for online learning? Administrators can’t address these questions until they have visibility into online activity.School districts may encounter a number of tech-related hurdles as they shift to remote learning, including the following.
LightSpeed – Light and exceptionally fast technology, allowing you to take your small wave and everyday surfing to new levels of speed and Pro-formance.The Remote Learning Challenges Schools Are Facing Innegra Infused, Engineered Composite Fiberglass: A multi weave (6oz lengthwise, woven with 4oz, rail to rail) fiberglass, top and bottom, adds significant break strength, while keeping the boards Ultra-light and Ultra-lively.ĥoz Warp-Weave Fiberglass: A multi weave (6oz lengthwise, woven with 4oz, rail to rail) fiberglass, top and bottom, adds significant break strength, while keeping the boards The Carbon loads up under foot pressure, and springs upon release.įused Carbon, Tail Reinforcement Patches: Transfers more direct input into rail and adds strength.Ĭenterline Aligned Carbon “Exo-Stringers”: Enable natural Torsional Twist, similar to a wood stringer board, but lighter, and with a much faster reflex reaction and more “pop”. Woven Carbon Fiber Centerline “Stringer” (top and bottom): Engineered to add both strength and Rapid-Reflex “pop”, with just enough release to feel forgiving underfoot. High-Strength, Flexible, Impact Resistant, Epoxy Resin System. Ultra-Light / Ultra-Lively Foam Core: Steam molded, High Strength-to-Weight Ratio, fused cell, water resistant, stringer-less EPS foam core.
After well over a year of testing various versions, and R&D with some of the world’s best young surfers, we are now making this exciting custom surfboard construction available to all. Developed in-house, our crew of board builders worked closely with our top Jr and WQS team riders to create the best possible technology for High Pro-formance small wave and every day surfing. Like the name implies, LightSpeed is both light and exceptionally fast, allowing you to take your surfing to new levels of speed and Pro-formance. LightSpeed uses a combination of Rapid-Reflex Carbon Fiber as well vibration dampening Innegra-Fibers, woven into the finest custom performance fiberglass cloth. LightSpeed is our proprietary surfboard construction built with lightweight EPS foam and high strength epoxy resin.
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