User:Vtaylor/k-8

2024.8.13 . volusia school volunteer application online online learning creekside middle reading stem media center . volunteer coordinator . volunteer handbook

2019.5 adopt-a-pilot . debrief * cafeteria better than classroom, smaller groups, less distracting for Traci, more room for hands-on activities * prioritize topics . cover important ones, use if time permits, skip others if no time * snacks at completion party * exchange email to coordinate . covering in class, prep for presentation, time / other school activities / demands * resources on web for kids, teachers * slides to suggest presentation . images, video * social studies . native americans, colonies, civil war ? oregon trail. moving west * keep . introduction, women in aviation, airline industry jobs . flight plane parts ? Bernoulli . cities, routes, mileage * ? challenges, extra credit, outside school *

• interests questions * Middle Science Curriculum Map * resources - read, watch, listen, look, do * learning pathway online resources textbook replacement * augmented / virtual reality
• math - prep for algebra 2

• k-3 * kids doodle draw print over photo * silk browser settings flash off mobile optimize off
• tech * xreality * 3d

• erau ieee * interests questions research projects * model app

• 2018.2.27 * Anything robotics is always a hit. Burns has some robots and circuits kits - were they demonstrated when you were there. Using those and expanding on them would be interesting. Anything you liked as a kid - interesting girls is often more challenging. Maybe look into wearable circuits and electronics. Just a few preliminary thoughts. I'll be at Burns on Thursday, so we can work on virtual brainstorming.

• 2018.2.23 * Zahn * Are you having the kids use iPads or Kindles for painting and drawing? Are any of the classroom teachers sing painting or drawing apps?

2018.2.22 * 2x/week

• spatial visualization * Ms. Zahn has the bag of big LEGO blocks for this. Kids in 6-8 grade may already have access to the isometric dot paper on their iPads - Ms. Floyd put it on for me. They may be able to draw on the "paper" - we tried it and it works pretty well for some kids. A stylus helps. * 3D drawing – Access the isometric dot paper or here on your iPad. * Compare the LEGO stack with the isometric and footprint drawings. Draw these on your iPad. * Rotation – Look at the structure from a different side. Rotate the structure. Turn it over and view it from the bottom. Look down from the top. Draw the isometric diagrams for all SIX views. * Create your own block structure. Draw the footprint and the isometric views for 2 different views of your structure. Swap with someone else and draw these views for this structure.

• newspaper geodesic dome * pbs * structures

• Cardboard Chair Project - Inspiration for making a chair from a 4′ x 8′ piece of cardboard. * Cardboard Chairs – STEM Portfolio: By Daria Hoang - For this project, we built chairs out of solely cardboard. We could make chairs with any size, shape, and design. The only restrictions/criteria were: Single-ply cardboard No use of fasteners or glue

• test drive Augmented / Virtual Reality (AVR) authoring * 5 Ways to Use Aurasma in the Classroom * Top 20 Alternative Apps To Aurasma for iPhone & iPad

• use scratch to create a math game * examples

• build an Android app - tutorials

• make a robot that walks - needs to have legs * example (video)

• modify and 3d print your own lego minifig

• learn about computer science * try 5-6 of the activities and write a short description of each. * example graph coloring

• suggest a project, write a description, develop it. Using an app on your iPad, make a rough sketch of your project design. Annotate the design drawing with text notes.

• engineering design process * Kids need to learn to be systematic in their project work, especially in the early thinking and planning stage. * Here is an engineering design "organizer" - form that the kids can fill out to guide their thinking and work as they plan and develop their projects. * Ms. Galerno has a simpler version of a design process form for her kids for their maker space projects. I have requested a copy. * Here is the google forms version - would kids be more willing to fill t out online? ask...

• Artsonia * Duncan lagoon picture portfolios

• kiwanis grant * yard art kids 3d designed 4 ft cube * elements * S 16 Sn 50 * Ti 22 Te 52 * Eu 63 Er 68 * Ar 18 * Mg 12 Mn 25 Mo 42

• 2018.2.15 IEEE visit Feb 20 11-12am * actual 10-4 * Mr Z - 3D design software, 3D printers, engraving, carving, circuits, coding, animation, scratch, augmented / virtual reality (AVR), robots * 6th grade class * Zahn - STEAM project from last year - Ponce Inlet bridge, spatial visualization, perspective, completed projects online for diplay * no class * Galerno - maker space, engineering design process, presentation, design review * 2nd grade * Duncan - circuits in candy box, virtual / augmented reality elements, * Nearpod Smithsonian content * 5th grade * Mucci - robots, coding, controls, lenses * no class * lunch duty * "Specials" - works with all kids in school every week * Middle school electives - works with kids every day for whole semester * Mentoring / project ideas * kids that need challenges, differentiation in science * help specing 220 amp service for kiln

• 2018.2.15 IEEE visit Need more information about what they want to do - work with kids or teachers? In class projects? Work with individual kids on projects? Plan future lessons? Help with engineering solutions for school - electrical, structural? Some project thoughts * portable planetarium http://www.instructables.com/id/How-to-build-an-LED-Planetarium/ - this is very simple, but lots more features could be added - dome to project on, more complex mechanism for changing the star locations * emergency preparedness - how to use tools, disaster recovery fixes, emergency kits * electricity lab displays - big versions of electrical testing equipment - galvanometer, volt/ olm/ amp meter * see google images "antique classroom galvanometer" https://duckduckgo.com/?q=antiques+classroom+galvanometer&t=ffsb&atb=v50-5_a&iax=images&ia=images * how computers work - basic logic circuits, raspberry pi, ardino