Finger painting and building blocks were the staples of Baby Boomer’s kindergarten classrooms across the US throughout the 1950’s and 60’s. But if you visit a kindergarten classroom in Los Angeles, New York, Miami or Chicago in 2016, you will find a much different environment, pedagogy and curriculum for our current 5-6 year old children. Teachers can tell their Generation Z students, “this is NOT your grandparent’s kindergarten” as they hand out Apple iPads and deliver their science lesson using a 5-E lesson plan format.
What you will witness during a 5-lesson plan will be the topic of a blog discussion where I will breakdown the phases of the lesson and provide an explanation and rationale for each segment.
All lesson plans start with the lesson’s objectives. Each objective begins with a SWBAT –students will be able to. Please take 1 minutes to watch this video about SWBAT: https://www.teachingchannel.org/videos/making-lesson-objectives-clear.
Phase I of the 5-E lesson plan. At the beginning of the lesson the teacher will supply an initial question or set of clues for students. These questions are designed to engage (first E) the students. The goal of the engagement phase is to capture the students’ interest and stimulate the content knowledge developed during previous lessons (prior knowledge). Many schools use a buzz phrase for the beginning of the science lesson such as “bell work” or “a do now”. This phase may include a graphic organizer including a KWL Chart (What I Know, What I Want to Know, and What I Learned). The engagement may also be a video. If the lesson is about physics, the teacher could show a short video of a race car skidding to a halt and then have the students discuss the speed of the race car and the length of the skid marks. This phase should be a peek into the content that will be delivered during the rest of the lesson.
To purchase Look At Me, Look At Me-Can You Guess My Specialty?
you can go to the following websites:
eBAY ($19.50 with free postage & I can sign the book for you)
Etsy ($19.50 with free postage & I can sign the book for you)
Amazon ($20.00 plus shipping cost, I can’t sign the book)
It was wonderful to have an opportunity to rub elbows with outstanding children’s book writers and illustrators this past weekend. The SCBWI events never disappoint and in fact leave you with an uplifted writing spirit. I was fortunate to sell my book during the Members Book Sale along side Jennifer J. Chow, author of Dragonfly Dreams and A.E. Conran, author of The Lost Celt. Both ladies were supportive and entertaining. Listening to them providing insights into their books as they engaged with passer-bys was exciting and made me happy to be amongst writers who believe in their work and share it with pride.
Look At Me, Look At Me-Can You Guess My Specialty? allows children to use their natural powers of observation to recognize patterns that animals share such as master jumpers having long, powerful hind legs and master predators having all sharp teeth.
The illustrations by Lori Ann Levy-Holm beautifully provide the visuals for the characteristics and patterns of 36 animals.
Lions are a featured animal in my first book, Look At Me, Look At Me – Can You Guess My Specialty? The extraordinary physical features of lions stand out and when matched with their empowering spirit, they are true master of their domain as hunters and king of beasts.
My goal of writing a nonfiction children’s book about a STEM topic is coming to fruition. The accomplishment of seeing the book in print feels wonderful but writing is only the beginning. The publisher will make the book available soon and then the work really starts. Having children enjoying the book and learning from its content in their homes, at school or in libraries is the ultimate mission accomplished.
STEM Education advocacy and support is receiving more attention today than ever before. Private-public partnerships are being established within the K-12 System in ways that only colleges and universities had access to in the past. Government agencies are providing grants to community colleges in ways that only colleges and universities had access to in the past. The doors are finally opening wider to improve the pipeline of students studying STEM at every level. The results of the amount of attention paid to STEM Education from multiple sources will inevitably create a broader and deeper population of young people engaging in areas of STEM Education.