Quilting Offers Multidisciplinary Exploration of Math and Art

Quilting Offers Multidisciplinary Exploration of Math and Art

Often, math and art are seen as opposites: structure and the lack thereof. At the intersection of the two, however, lies quilting: an art form that is inherently mathematical. Families can explore everything from shape identification to tessellations by learning to create quilts together!

Art and math are often seen as being disconnected and opposite from one another: one offering structure and systematic methods, and the other following no predetermined procedures and adhering to no rules. The two are, however, very closely linked and by finding the overlap between creativity and mathematical concepts, families can discover context for and the purpose of some of math’s big ideas.

Quilting offers a fantastic creative entry point for learning math at any age or level. Impossible without basic geometry concepts, quilting involves a great deal of math. The most obvious and easily accessible math topic to explore through quilting is geometry, as all quilts are designed and created based on a complex pattern whose roots lie in the properties of the shapes of the pieces from which it is made. Quilting does, of course, require some sewing skills, but as long as you can sew in a straight line, you can make a quilt.

Quilters (or aspiring quilters) of any age can benefit from the math-specific experiential learning inherent in quilting, whether using a pattern or creating one of their own. Using a specific pattern to create a quilt involves careful measurement, and can perhaps require unit conversions, and basic calculations like doubling, tripling, or halving quantities. In addition, following a quilt pattern offers opportunities to identify shapes and explore their properties – an activity that can range in complexity from finding squares and rectangles to breaking down irregular polygons into smaller pieces in order to determine their area and/or perimeter.

Creating quilts using an original pattern offers even more opportunities to put math skills into context, and beautifully blends creativity with math concepts. The easiest quilts to design are made from a series of square blocks: quilting mathematicians can design one block by carefully combining squares, rectangles and triangles, or can design a quilt where no two blocks are alike. Designing quilt blocks means paying close attention to the measurements of each shape included in the pattern (and adding 1/4 inch to each measurement for seams!), and finding the easiest and/or most logical way to recreate the drawn pattern using fabric pieces. Additionally, original quilt designs can offer an opportunity to practice math skills. Quilters could, for example, use the project as an opportunity to practice finding fractional proportions of a shape – using each quilt block as an opportunity to show 1/2 in a different way. Quilt blocks filled with shapes that all fit into a specific category – like right triangles or regular trapezoids – are another possibility. Almost any geometry topic applies, and the possibilities are endless!

For help getting started, families can look to the resources offered in Mathwire’s Mathematical Quilting page. Inspiration can be drawn from pages showcased on the Math Quilts site, and expertly crafted ideas for incorporating big math topics such as pi, tessellations, and perspective into quilts can be seen in the online gallery of quilter and mathematician Elaine Krajenke Ellison.

Titles to support explorations of the intersection of math and quilting include:

Make quilting even more multi-disciplinary by adding in a literature study of Lisa Campbell Ernst’s Sam Johnson and the Blue Ribbon Quilt or by exploring the history of the local textile industry!

[Photo credit: (cc) Daniel Orth; (cc) Lesley Scott]

Save

Leave a Comment

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s

%d bloggers like this: