Frank Gehry

Frank Gehry is a Canadian-American architect most widely known for his large, titanium exterior buildings. His architecture features a lot of curves and gives his buildings a sense of movement. They have been credited with helping the economy of cities that they are featured in because of their popularity with tourists.

This was a short project that was packed full of some big art concepts for the artists. We talked about movement in art and even though Gehry's buildings don't physically move, their curves give them the sense of mevement. We also talked about form and how form is another word for 3D or something that looks like it's 3D. Lastly, we talked abotu different kinds of lines. Typically, line is something that I hit really hard with kindergarten but since I didn't have these guys in kindergarten, we needed some work on our line knowledge. We really hammered knowing the difference between horizontal, vertical, and diagonal.

We got to use shiny metallic paper on this project. The kids FREAKED! We started off by drawing a squiggly line with a sharpie that filled our paper and overlapped in several areas. Students needed to be careful that they didn't turn that squiggle into a scribble or the next step would become a little too hard. After their squiggly line, they then filled in all of the shapes it created with vertical, horizontal, and diagonal lines. This was meant to look like the paneling on Gehry's buildings.

This is their squiggly line filled in with verticals, horizontals, and diagonals after day 1.

The second class was spent cutting out our shape and then cutting 4-6 slits into the shape. I then stapled down one part of their sculpture to a black paper. They were then free to glue and curl whatever parts of their paper that they wanted, as long as their artwork took on form and wasn't flat. Some chose to glue down several parts of their project, others chose to curl some pieces in and others out.

I thought this project turned out super cool! I just wish that the photos did them justice. Because of their shiny surface, they don't show their form super well.