Learning Beyond the Classroom

Students explored watercolor techniques while using reference images to capture the unique features, colors, and personalities of different owl species.

Students created visual timelines to organize historical events, explore cause and effect, and understand how people, ideas, and events connect over time.

Students explored the life, work, and legacy of William Shakespeare through research, visual storytelling, and biographical analysis.

Students combined historical research with creative storytelling by illustrating scenes from the past through hand-drawn scrolls and written narratives.

Students explored Japanese art and language by creating traditional-style ink paintings inspired by cultural symbols and calligraphy.

Students brought their ideas to life by creating original digital animations that combined storytelling, design, and multimedia skills.

Students explored a variety of emotions by analyzing facial expressions, body language, and character interactions to build emotional awareness and empathy.

Students created food webs to explore how producers, consumers, and decomposers interact and how energy moves through an ecosystem.

Students designed, built, and tested working prototypes while applying engineering principles, creative problem-solving, and iterative design.

Students transformed digital designs into physical creations while exploring 3D modeling, engineering, and the iterative design process.

Students explored cell structure by comparing organelles and their functions to the people, processes, and systems within a working factory.

Students built three-dimensional atomic models to explore the structure of atoms, including protons, neutrons, and electrons.

Students applied geometric concepts and careful planning to transform mathematical designs into imaginative cityscape artwork.

Students combined engineering and creativity to design Rube Goldberg machines that use chain reactions to complete a simple task. Along the way, they explored force, motion, gravity, and problem-solving through hands-on experimentation.