Our 7th graders have the opportunity to work with their hands in the ceramics studio. Whether on the wheel, or handbuilding, students build their own mugs and bowls, and can work their way up to designing their own dishes- shapes, colors, processes.
At The Elisabeth Morrow School, Students Can Work with clay.
About Visual Arts at EMS
At EMS, visual arts learning is woven throughout the curriculum, including our programs focused on STEAM (science, technology, engineering, the arts, and mathematics).
Our youngest students in Chilton House (Age 2–Kindergarten) are introduced to a variety of performing and visual art genres, techniques, and media and are encouraged to share thoughts or feelings about their own work or the work of others. Exposure to a variety of materials and activities fosters process-based creative experiences and self-expression.
The visual arts curriculum in Little School (Grades 1–4) helps promote visual awareness, foster creative expression, and develop imaginative thinking. The program is designed to introduce students to a variety of art media, techniques, and processes, and the curriculum incorporates the elements of art and principles of design. Art projects are often interdisciplinary in nature, enhancing the learning process in other curricular areas.
In Morrow House (Grades 5–8), visual arts education continues through electives and the middle school STEAM curriculum. Students complete at least one elective in the visual or performing arts over the course of their seventh- and eighth-grade years.
Related Visual Arts activities to try at EMS
EMS prepares students for an impressive range of top-tier secondary schools.
Our students cultivate the ability to learn, think, explore, empathize, and lead. They graduate with the ability, mindset, and competencies to navigate a global world and are well-prepared to face an unknowable future.
EMS students are accustomed to a rigorous academic environment and welcome the demands of competitive secondary schools. They are often placed in advanced sections where they perform very well.