This mixed-methods study explored the impact of science, technology, engineering, art, and mathematics (STEAM) lessons on elementary students' STEAM knowledge, identities, and attitudes toward STEAM education. The study was conducted at an independent school in South Florida, United States, which employs arts integration pedagogy to serve at-risk…

Minority underrepresentation in science, technology, engineering, and mathematics (STEM) perpetuates the income inequality that minorities experience and leads to a lack of diversity in STEM. The purpose of this quantitative nonexperimental study was to examine the effect of student demographics, STEM, science technology, engineering, art, and…

Editor's note: In assembling this issue, I sought to compile compelling stories of arts education cuts and the responses of local communities. I invited National Council on the Arts member Dr. Bruce Carter to share such a story. The following article begins with Carter's narrativized account of informal research on the arts partnership in the…

Since 2015, M-DCPS has emphasized the importance of Science, Technology, Engineering, Art and Mathematics (STEAM) education in students' college and career preparedness through its school designation program. Schools must meet a rigorous set of criteria in integrations, operational criteria, and academics to receive a STE(A)M designation. The…

This article provides a framework to assist evaluators, teaching artists, and program managers in working together.

In a virtual space between nations, children can come together to learn about and appreciate each other's culture--and their own. As the Co-Executive Director of Blue Planet Writers' Room, a nonprofit writing center in West Palm Beach, Florida, the author was one of the creators of an international collaboration through which they taught…

Art education is unique because it is driven far more by experiential involvement than by a predetermined curriculum. When a group of students creates a masterpiece, there are several outcomes. Each student contributes based on his or her strengths. Partial solutions placed into the learning pot by each student result in whole solutions. Because…

Multi-age classrooms feature the purposeful grouping of students from two or more grade levels in order to form communities of learners. During the past 40 years, multi-age education has been examined in literature and research in many different ways and contexts. In the subject area of visual art, however, little literature can be found that…

Meadow Woods Elementary in Orlando, Florida has a garden ceremony at the end of each year. This is a time when the whole school gathers together to celebrate another successful school year. The classrooms are built around the garden, so it is the centerpiece of the school. Students always do an art project for this ceremony. One year, students…

Research tells us we can learn complex tasks most easily if they are taught in "small sequential steps." This column is about the small sequential steps that unlocked the powers of digital photography, of portraiture, and of student creativity. The strategies and ideas described in this article came as a result of working with…

Seven teachers, part of an Arts Integration Community of Practice, used rubrics to measure student learning and artistic skills. Examples from five sites, across a variety of academic content areas and age levels, and with students of varying disabilities, are included in this article. Results suggest that rubrics may be a useful tool for…

This article addresses an arts-integrated social studies curriculum for grades three through five entitled Artful Citizenship, designed by The Wolfsonian-Florida International University. Funded by the U.S. Department of Education's Arts in Education Model Development and Dissemination Grant program, the design and implementation of the program…