Skip to main content

Excited About Science


Nick Williams, employee at Lawrence Livermore National Lab and avid science educator, is a new RAFT member who just took 1,300 of our hands-on activity kits to rural Alaska. We enjoyed learning about how Nick and his team helped hundreds of students get excited about science.
________________________________________________________________________________


This fall, I took 1,300 RAFT kits on a trip to promote learning science at schools in the remote Alaskan villages of Kivalina and Kiana. Kivalina is a coastal village situated atop two square miles at the southern tip of a narrow, eight-mile long barrier reed separating the Chukchi Sea from the Kivalina River. It has a population of approximately 375, with about 150 in their school, Pre-K through 12th grade. Kiana is inland and sits on a bluff overlooking the confluence of the Kobuk and Squirrel Rivers in northwestern Alaska, about 30 miles north of the Arctic Circle. Approximately 350 people live in Kiana, with about 120 kids in their school Pre-K through 12th grade.

The kits I took for assembly were:
  • Electronic Breadboard and Hovercraft for students grades 8-12
  • Hovercraft, Rollback Can, and Colors of Light for students grades 4-7
  • Colors of Light, Simple Stethoscope, and Tongue Depressor Harmonicas for Pre-K-3
I also left duplicates of these kits and a few additional ones for teachers to use as they see fit: Garden of Magnets, Puff Rockets, and Glove-a-Phones. The response from the kids and teachers was amazing. Everyone liked the kits and having us there to present the kits to the kids.

The experiences I have had with students and putting these kits together has been amazing. A very wise parent of an Alaskan student told me that their children, because they are still involved with subsistence living, need to see, to touch, to do, so they can learn the ways of Northern Alaska living. Your kits allow us to do the same thing with learning basic science principles as the objective.
 
Nick Williams, employee at Lawrence Livermore National Lab and avid science educator

Comments

Popular posts from this blog

Science fairs: Nurturing the 21st century thinker

3D Tessellation model A bespectacled 6th grader enthusiastically explains ‘efficiency of 3D space tessellations’ with myriad equations and handmade tessellation patterns to address the needs of the packaging, storing, shipping and construction industry. Another middle school student, was inspired by his little brother’s telescope and built a simple vacuum chamber using a PVC pipe with a microphone and a speaker on both ends to find out how sound travels on Mars! This 8th grader from Granada Islamic School used an oscilloscope his mother found at an auction to measure the sounds. “I poke around and find junk to build my projects. It’s fun.” Science projects today have become fun for many students as they use more hands on activities to experiment and understand concepts. These two middle school students were among 996 participants at the recent Synopsys Silicon Valley Science and Technology Championship , where RAFT was one of the special judges. Moenes Iskarous, President, S...

Plastic to art that’s fantastic!

With Valentine’s Day round the corner, one of RAFT ’s upcoming weekend workshops – ‘Shrink Art Fun’ shows you how to recycle plastic into awesome shrink art! This year learn how to make some meaningful gifts using donated plastic material, available at RAFT in the form of trays and take-out containers, thus preventing them from ending up in a landfill.  Shrink plastics encourage creativity, and can be used to supplement a variety of classroom activities.  Students can create models, manipulatives, and displays. They can make maps, pins, book report characters, and even cards!  But there is also a science behind this hands on art form! Says Instructor Georgina Patterson, who has been in the education field for 40 years, “The science behind the shrinkage process is a chemistry lesson in itself, and the excitement young children get when they watch the plastic change size in the oven is worth the effort!” The base material consists of thin, flexible polystyrene plast...

Turn Daylight Savings Time into a Teachable Moment

Don’t lose sleep over this, but Daylight Savings Time (DST) is here! On March 11th it's time to set your clocks forward and say goodbye to one hour of sleep! There’s no time to waste! Make this year’s Daylight Savings Time an engaging and meaningful experience for you and your students. RAFT has plenty of ideas to help you and your students get ready for DST:  “ Time for Shadows ” shows you how to quickly assemble an equatorial sundial that you can quickly adjust for daylight savings time! Learn about sun positions and shadows with drinking straws, a protractor, a compass, and a CD! Use a view binder cover, a watch, a paperclip, straws, the compass, and other easily accessible resources to create a “ View Binder Sundial ” similar to the one our forefathers used to tell time before clocks were invented! Create a sand timer (based on the concept of an hourglass), and learn how to measure time with “Sand Timer Primer.” Why do we have Daylight Savings Time?...