The Kindergarteners have been working diligently on dioramas to accompany their animal research projects. After modeling their animals in clay in Art with Miss Sara, we have been working on creating the settings and backgrounds within their boxes using everything from paper and markers to dried moss. We will continue to work on these in our remaining classes and have wonderful environments for their animals.
Lower El spent a few weeks working on a Lego town, and a stroll down their main street can be seen below. We have a number of houses, a football stadium, playground, and a spaceport. Since its completion, we have begun a project using cardboard as the main material, focusing on visualizing the structure and construction needed to complete the projects. Guided by the children and as time allows, they have also been continuing their knitting projects on the circular looms. As the year comes to a close please return any circular looms and hooks when possible. If their project has been completed, please have them come visit me, and I will help them finish it off and remove it from the loom.
Upper El has been busy with all sorts of challenges and projects. With the airplane launcher, we tested a number of designs to see which elements helped make them fly further. Then we took on a Spaghetti Challenge presented by NASA’s Jet Propulsion Laboratory using x20 pieces of spaghetti and x1 yards of masking tape to build a tower that holds a jumbo marshmallow as high off the table as possible. Teams of 4 students had exactly 18 minutes to brainstorm, collaborate, and build the structures. We were able to do two rounds during class and it was great to see how they all used the knowledge gained from the first round to improve their structures.
In Robotics, we studied gear ratios and how they can help make the Lego motors spin faster, culminating in a few tops spinners, one motorized and one which used a hand crank. Next, we designed and tested various tops to see which one could spin the longest, the record being an impressive 1 minute and 1 second. We’ve also used simple robots with some complicated coding to make art, similar to spirographs. By tweaking the code and movements of the robots the students were able to make a wide variety of shapes and designs. We let a few of them run until the markers ran out to see how complicated the patterns could get. Since then we’ve focused on proximity sensors, utilizing them to help prevent the robots from falling off the tables.
The Middle Schoolers have been hard at work finishing up the stuffed animals drawn by the Kindergarteners. The Kindergarteners have been constantly asking how things are going, and I’ve kept the progress a closely guarded secret. We are hoping to present them to the Kindergarten classes the last week of school.
In STEAM, we studied momentum and pendulums, creating a number of pieces of art by swinging cups filled with paint from a long string. By changing the length of the string and the weight of the cups, we were able to alter the patterns created by the pendulums. For a final experiment, we used a weighted stand to hold three colors and let it swing for as long as it could. It ended up swinging through two classes, finally stopping after 1 hour and 22 minutes.
Inspired by the pendulum art and a previous Robotics class spent trying to code a robot to write their names, the students used robots to create art of various shapes and designs. Next, we used the proximity sensors to prevent the robots from falling off the tables and avoid any obstacles on the floor.