In an earlier post, we interviewed Hanoch Piven, illustrator and children’s book author, about his brand new iPhone app, Faces iMake. The Teaching Palette has been testing Faces iMake for several days and below is our review.
Faces iMake is a collage portrait creator with a clean, user-friendly interface, which makes it great for primary students to navigate.
The catchy music (you can turn off the music in the settings) accompanying the app encourages a happy mood while choosing colors, head shapes and objects for your portrait. A wide range of objects, grouped into different categories — such as food, tools, toys, kitchen, school, buttons, letters — provide the app-using artist a plentiful palette. You can even favorite your favorite objects for quick selection the next time around.
One feature we found helpful was that you can save finished portraits to a storage gallery where they can be assigned to a contact, saved to your iPhone photo album, emailed to a friend, or shared via Facebook. Or you can re-select your saved portrait and continue working on it.
As part of the interface, users can rotate objects after placing them on their portrait and easily layer objects above or below one another.
The only feature that seems like it is missing is the ability to scale objects, but as Piven explains, “It would have been very easy to scale objects up and down, but I wanted to have limitations that are real life limitations.”
The app’s included video art “lessons” are a great way to get started, and they’re presented in a style much like Piven’s own hands-on workshops.
Overall, the Teaching Palette gives Hanoch Piven’s Faces iMake app two thumbs up. It provides an excellent way to explain assemblage and portraiture as an art form. And it’s a lot of fun to play with.
One disclaimer, Faces iMake unexpectedly quit on two of our iPhones during testing. A simple restart of the iPhones solved the problem. From what we understand, an update is coming soon to prevent this minor glitch altogether.
Watch the demo below to see how this app works.
While many of us still have limited iPod Touch and iPhone access, here are some classroom/student integration suggestions:
- Use your personal iPod Touch or iPhone and project images under a document camera for the entire class to see. You should definitely check out IEAR (I Education Apps Review) for additional ideas and tips for using Apps in the classroom.
- Create a list of great iPhone apps for your students to try at home. An earlier post offers some great art app suggestions.
- Talk to your school administrator, perhaps s/he would be willing to pilot an iPod Touch or (if you’re very lucky) a classroom set. Or try writing a grant. You never know unless you try! For a list of grant opportunities, click here.
A document camera is not a fancy overhead projector but a versatile piece of equipment that can help improve the way you deliver curriculum. The most obvious function of the camera is that you can place any object, drawing or small piece of equipment under the lens and it will be projected in full color onto a large screen.
What is often overlooked is that the document camera can be highly interactive, save on equipment and space, improve classroom management and produce it’s own art. Below are several different ways I’ve incorporated the document camera into my art room and some of the techniques that might work for your room as well.
Still Life Drawing
Turn the document camera lens out and project a still life that the whole class can see. Instead of having to find multiple objects and set up numerous still life displays use your document camera to enlarge one set of objects. It cuts down on the materials that need to be collected and saves space in the classroom by only needing one display. Another perk is you can instantly change to another still life when a different grade comes. You also can easily control the lighting to show a full range of values and actually demonstrate how artists select portions of a still life to draw.
The kids love to watch me reposition the still life by turning the stand multiple directions in combination with zooming in and out on different sections of the objects. It allows me to show the entire class the concepts I’m teaching such as light source, highlight, shadow and reflected light. My document camera also has a feature that allows me to turn the image from color to black and white. I’ve found this to be especially useful when teaching rendering /shading or to help a class focus on drawing the actual object shapes and not be distracted by color. I’ve traveled to four different schools in my district, each with a different document camera, and they all had the black and white feature. You might need to do a little experimenting to find that feature on your camera but it will most likely have it.
Here’s how I used my camera to project a still life (click the image to enlarge):
First, find a table or platform at the right height to display your objects. I used a sturdy music stand. It works beautifully for light to medium weight materials and it easily can rotate or slide up and down for demonstrations. Next, turn the lens or rotate it out so that you can see the objects you want to display. Now you can zoom and reposition the stand to focus on different sections of the still-life. Then add a light source to create depth and shadows. You can get a utility light that clips from the hardware store, use a desk lamp with a flexible arm or a flash light. My motto is what ever works and is cheap.
Change your perspective and the classes by taking advantage of the microscopes used in science class. I use a great lesson I got from my colleague to take an artist’s view-point when looking at fall leaves. Originally the class would collect leaves, draw an outline of the leaves they observe and then fill in each leaf shape with tiny circular shapes to represent the molecular structure. We took the artistic license to imagine what the cellular structure looked like but since getting a document camera we don’t have to imagine. I call up students to put samples of the leaves they collected under the microscope and focus the lens. Then we discuss what we observe and how we can relate it to our art. We are able to make greater connections to what we see and tie back into the science curriculum at a deeper level.
Here’s how I use the document camera to project the microscope (click the image to enlarge):
Don’t just use your document camera to project an example piece of art or a demonstration. Let the kids use it to create their own original art. I was inspired by the illustrator and caricature artist Hanoch Piven’s book My Dog is As Smelly As Socks: And Other Funny Family Portraits to have 2nd graders create their own assemblage portraiture.
I showed students several of Hanoch Piven’s books and talked to them about assemblage and discussed different ways to use found objects in our art. I had students draw the shape of their own face and hair and add color but no facial features. Students put their picture under the document camera and added facial features with different found objects (i.e., buttons, sea shells, bolts, nails, rubber bands, small toys, pieces of yarn, candy, art supplies, tools). Then students would take a picture with the document camera. Most of the document cameras came with software to use in conjunction with a computer for recording, editing, adding annotations and taking pictures. You’ll have to investigate how your particular document camera takes pictures. All of the found objects would then be put back into the box for other students to use. The images can then be printed, shared through a classroom website, used in an enhanced podcast or in a voice thread.
You can view more photos of using the document camera in the art room at The Teaching Palette’s Flicker photo stream.