STEM programming and Halloween just sort of naturally go together. But I was looking for a slightly "less gross" way to connect the two. Building and pumpkins don't seem to normally go in the same sentence, but we tried and it and had a blast! For the engineering portion of the program, I decided to
A local museum is hosting an exhibit entitled "Origami in the Garden" until March of 2019. It's a fantastic series of metal sculptures based on origami designs scattered throughout the gardens of the museum. As part of the exhibit's kick-off activities, Michael LaFosse and Richard Alexander, master origamists, were invited to visit local schools
I came across an interesting new type of toy online a few months ago - fidget spinners. They're advertised as good for nail chewers, autistic people, children and adults with OCD, ADHD, and a variety of other conditions and issues. I don't know about all that, but I do know they are
It's cold outside (OK, in some parts of the country it is)- the time of the year when people think about curling up under a warm quilt with a cup of hot cocoa and a good book, unless you're a kid, of course. Sitting still under a warm blanket is really hard when
Shapes, shapes, and more shapes. Circle, triangle, square, rectangle - it all starts of easy enough. Then it get a bit more complicated when you move from two dimensional to three dimensional - sphere, cylinder, pyramid, cube, prism. Then, before you know it, your tongue is in a knot, and you're totally confused.
What can you do with an hour, a large box, some assorted IKEA packing materials, a few plastic fasteners, and some kids? All kinds of cool things! We recently held another "open building" program at KCPL. This time, our building materials included one very large box, pieces of cardboard of various sizes, shapes, and thickness,
Providing programs that fit in the Engineering aspect of STEAM can seem a bit daunting. The American Heritage Dictionary of the English Language, Fifth Edition (c.2011) defines engineering as: “The application of scientific and mathematical principles to practical ends such as the design, manufacture, and operation of efficient and economical structures, machines, processes, and systems.”
Tangrams are possibly among the easiest of puzzles to make, and the among hardest to master. The traditional tangram is composed of seven pieces - 2 large triangles, a medium sized triangle, 2 small triangles, a square, and a parallelogram - that will fit together into a perfect square, among thousands of other
