In the early 2000s, the state of science, technology, engineering, and math education troubled policy makers in the United States. Together, these four subjects became known as STEM. In more recent years there has been a shift to add arts into this focus, making the acronym now STEAM (science, technology, engineering, arts, math). However, there isn’t a clear outline or framework of what exactly a STEAM education is, or how schools and classrooms are supposed to be implementing this learning. Even among the academic articles about STEAM, there is disagreement about STEAM, its definition and implementation.
Technologies in Arts Integration Curricula
Arts integration has applications across all subject areas in various learning settings. Most articles on visual arts integration do not consider technology; however, it makes sense that they should. By introducing a technological component to arts integration efforts, educators can create an innovative environment where children prepare for the creative and multidisciplinary needs of their future. AMT Lab's latest publication, Technologies in Arts Integration Curricula, compares types of integration hardware, methods of hardware acquisition, types of software, and multiple case studies in order to introduce readers to ways that technology can assist with multidisciplinary curriculum delivery.