Skip to main content

New Science Standards: It's not WHY or WHEN, but "HOW"


Last week 1,800 excited teachers descended on Palm Springs for the 2013 CSTA science conference. Every session focused on the Next Generation Science Standards was packed! 

I learned volumes listening as teachers shared questions and ideas. I heard very few "why" questions - everyone understands why NGSS is being implemented.  Most of the questions I heard were "how".  Conference attendees wanted practical tools to launch NGSS in their classrooms. During he RAFT session, I was honored to present to a standing-room-only crowd. Amazingly, the eager audience built four RAFT kits in under one hour. In addition to asking questions, teachers shared solutions of their own. They described creative ways to apply RAFT-style learning in their classrooms. Project-based learning, inquiry-based instruction, and design challenge thinking are at the forefront now.  The teachers were answering the "how" question for themselves!


At the conference, it was also interesting to learn about new technologies that have wonderful ties to RAFT. For example, one teacher assigns his students to write "TEDitorials" (personal commentaries on TED video presentations).  This simple assignment has driven student interest in science. It is motivating young people to use science practices, think critically, do research, make cogent arguments and apply other 21st century skills.  In a different session, teachers learned to use "Scratch" - a programming tool that is ideal for designing simple games.  RAFT already has a Scratch version of one kit, and we would like to have many more! (Let me know if you are interested in Scratch.)

As a RAFT member, you are well on your way to answering the HOW question for yourself.  We are here to help, and also to be inspired by you!


Greg Brown, RAFT Senior Director

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...

Thank Goodness for Moms!

Mother’s Day is a great time to recognize one of the most important educators in a student’s life—Mom! I’m so grateful for my own mother (now 91 years old) and all that she’s done for me over the years! She’s the one who gave me the courage to go to college (I’m the first in my family)! Though a mom myself and now a Yiayia (Greek for “grandma”), I often think about the lessons I learned from my mother and her generous love for family and friends. I say it’s truly fitting to celebrate all mothers! Throughout the world, people celebrate Mother’s Day on different days and in various forms. This year in the United States we honor mothers on Sunday, May 13 th . So just how did Mother’s Day begin? The American version of this holiday was created by Anna Jarvis in 1908 and became an official U.S. holiday in 1914. Later on, Anna denounced the commercialization of Mother’s Day and spent a good portion of her later life trying to get it revoked, but it has stayed. Today we cont...

How does math relate to real life?

By Jeanne Lazzarini, Math Master Educator/R&D Specialist, RAFT How does math relate to real life?   One way is to take a look at the shape of a cloud, a mountain, a coastline, or a tree!   You might be surprised to find that many patterns in nature, called fractals, including growth patterns, have very peculiar mathematical properties ---   even though these natural shapes are not perfect spheres, circles, cones, triangles, or even straight lines!  3D Fractals For Inspiration   So, what is a fractal?   Benoit Mandelbrot (November 20, 1924 – October 14, 2010) is commonly called the father of fractals. He created the term “fractal” to describe curves, surfaces and objects that have some very peculiar properties. A fractal is a geometric shape which is both self-similar and has fractional dimension.    Daydreaming fractals Ok, so what does that mean?   Well, “self-similar” means that when you magnify an object, each of...