Skip to main content

RAFT Impacting Children Worldwide - The Syria Story

This past year, RAFT members Consuelo Montoya and Carol Muhn took RAFT kits to Syrian refugee camps in Lebanon for the more than 280,000 school-age refugee children not able to attend school.

As Carol Muhn recounts, “We taught the teachers at Beyond Association’s Child Labor Protection Center in the Bekaa Valley how to put together the kits. The teachers then took the kits to their classes to share with the students. Beyond Association believes in teaching students in a hands-on format, so the RAFT kits were a perfect fit for their program.”

Children ravaged by war and displaced from their homes and schools were given an opportunity for a small measure of normalcy and the joy of learning through kits provided by RAFT—kits underwritten by the generous donations of RAFT’s many supporters.

While RAFT is primarily focused on students in the Bay Area, we now know our reach and impact is far more significant. Consuelo and Carol will be returning to Lebanon this year, and they plan to bring as many suitcases as allowed filled with RAFT materials.

Whether in a refugee camp or a school in San Jose, RAFT provides the resources for teachers and students to transcend their circumstances and achieve great things.

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

Why I Chose a Career in Education

There are many moments where I am reminded why I chose a career in education. These moments arise when I am engaged in conversation with other teachers, conducting professional development workshops, developing new lessons, or simply reading about changes and latest developments in the field. Education is a dynamic field, and it has provided me with many opportunities to positively impact the lives of young learners as well as provide inspiration and support to new teachers. One such occasion occurred in mid-April when I was invited by Dr. Rosalinda Quintanar to conduct a presentation to students in a class entitled Meeting the Needs of Second-Language Learners (EDTE 162), a course within San Jose State University’s Teacher Education Department and a credential requirement. The class consisted of approximately 30 credential candidates, and its primary focus is applying theory and practical classroom techniques for providing equitable access to content for English language learners.

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 plastic (#6) sheets