I have been very busy working for the Ka Pilina Project. I have been spending most of my work
days trying to recruit teachers and students for my project. Recruiting students has been the highlight
for most of my days since DOE schools started.
To give students a better understanding of what my project is about and
what students could possibly do as a participate of my project I have been
running a short activity with them. I
have been running the tower building activity with them like we did in summer
with the STEMS2 program but
instead of marshmallows and spaghetti we used tape and straws. It is so interesting to see students
structures. Some built structures that
had strong bases some didn’t. Some built structures like triangles, rectangles,
polygons, and some incorporated many shapes.
Some stood some didn’t. But more
importantly everyone had fun. After they
were done building their towers I related the activity to math. I asked them to think about tall building
they know of in the real world. I got
answers like pyramids and the Eiffel tower.
So I asked do they know what the strongest shape is. Most, if not all, of them didn’t know it was
a triangle.
I told
students a group ran this tower building activity with K-professionals
(kindergarteners to Professionals)and asked them, "Guessed who did the best?" Some knew it was kindergarteners! But they didn’t know why it was
kindergarteners. I told them “The way to
get started is to quit talking and begin doing.”-Walt Disney. And this is why kindergartners do so
well. They don’t spend a lot of time
talking about what they should try to do or plan, they just do. They try anything to accomplish their goal of
building the tallest tower. Then I said
just like when you are doing math. You cant ever solve a math problem by just
talking about it or complaining that you don’t know what to do. Just try to solve it. Try anything. You can never solve it if you
just sit there. I also pointed out that
I liked how every tower was unique no tower was the same. I pointed out that in math there isn’t always
just one way to solve a problem. There
are usually different ways you can solve the problem. I mentioned that in the directions I never
stated how to build the tower just that they had to build the tallest one. And everyone went about building their tower
differently. Some used triangles some
used squares, some used all kinds of shapes, some just put bends here and there
and the tower stood with no real definite shape.
All in all
the activity was fun and a push towards a positive attitude in math. The atmosphere of the class changed from
being quietly dead and a collection of individuals to a lot of good discussions
and a team.
The other part of my job required me to help put on a professional development and two mentor trainings. During the professional development we covered the topics of Universal Design for Learning (UDL) and differentiated learning. We also had teachers try out a program called Glogster. Glogster is a graphic blog that they can use to make presentations. In my personal opinion it is like making a poster board on the computer. It is quite fun since you can pull anything off the internet and insert it into your glogster.
For the mentor training we covered their roles as a mentor. One of their biggest roles is to be a positive role model for students. We also covered FERPA and the do's and dont's as a mentor. Instructing them what to do in certain situations, what to report, and what is should be kept confidential.
It has been a very busy few weeks, but I am hopefully that all the hard work will pay off in the end and that we will help many students now and in the future.
"They don’t spend a lot of time talking about what they
ReplyDeleteshould try to do or plan, they just do."
Yes, I like it. No one has told than about the dangers yet!
I mean . . .
ReplyDeleteNo one has told THEM about the dangers yet!
Hi Jerrik! I love how you modified the spaghetti challenge, a lot of the time the students already did it. Questioning is one of the best ways to approach and get students to think. Yesss, I'm glad that the students were able to observe that the strongest were a triangle. When I asked my students about why they thought it was the triangle they said because it supports the center.. center of mass :) Keep up the good work!
ReplyDelete