Each student chose a classmate to model. The condition was the model had to show some sort of movement and cropping was encouraged. Most student could probably use a lesson or two in picture taking as many photos weren't initially framed well. I would change that aspect of the assignment next time, maybe a short lesson on photography. After some practice they were starting to get it. The next step was to make a drawing form they photo they took. The final part was to apply paint. The students were not allowed to mix paints and only could apply colors side-by-side, think the Pointillist Movement and color theorist Gerorge Seurat. This was to test the theory that eyes will naturally blend colors together. Below is my student work.
Showing posts with label pointillism. Show all posts
Showing posts with label pointillism. Show all posts
Monday, December 16, 2013
Sunday, March 10, 2013
Light Boxes high school Art
During a job interview one of the typical questions I'm asked by a
director or principal is" "what do I effectively do in my
classroom?" I usually start answering one or two ways:
A1: I create problems for my students and they have to
solve them.
A2: I teach kids how to make something from
nothing.
One of major failings of 21st century education is the
lack of hands-on life-long skills. I was chatting with a fellow educator a
couple of weeks ago about opening up our own school where we will teach our
students skills like cooking, basics to plumbing, car mechanics, carpentry,
electricity...you know, solutions to real world problems. Academics are important,
but there is a major imbalance in that most schools are slaves to passive
learning. I will argue that students need to be more physical in the
classroom-be it labs or project based.
The light Box project below is truly made from the
abstract:
1. The box is mat board that has been die cut, taped, and
painted
2. The wires from the light had to be screwed into the
plug
3. The glue from the hot glue gun holds the light in place
4. A pointillist style image is painted on Plexiglas
5. Silicone was placed on the ledge of the box to hold
the Plexiglas
6. Plug it in
| A shell (finished box) |
| Parts of the light |
| Don't touch the hot tip! |
| Design of the side of the box |
| Light inside the box |
| Plugs |
| Making the plug. Students were scared during this part because once it was pieced together they had to plug it in to see if it worked. Most thought there were going to get shocked...hardly. |
| Painting |
| Chalking |
Adding tissue paper under the image was an option.
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