Cosmic education: the whole universe as curriculum.
Between six and twelve the child develops what educators call the reasoning mind. She wants to know why things are the way they are, how they got that way, and what her part might be in the story. Cosmic education answers these questions by presenting the interconnected history of the universe—from the formation of stars to the invention of writing—and inviting the child to find her own place in it.
Every year begins with five dramatic stories told with experiments, charts, and wonder.
These are not lectures. They are impressionistic narratives designed to spark research questions that the child will pursue for weeks or months. Each lesson branches into every discipline—physics, geography, biology, history, language, mathematics—because in the real world, knowledge is not divided into subjects.
The story of particles, forces, and the formation of Earth. Leads to studies in chemistry, physics, astronomy, and geology.
The timeline of life from single-celled organisms to the present. Leads to biology, botany, zoology, and classification.
The fundamental needs of all people across time—food, shelter, defense, transport, clothing, communication, art, religion. Leads to history, anthropology, and geography.
How human beings moved from pictographs to alphabets. Leads to grammar, etymology, literature, and the study of scripts around the world.
How different civilizations invented ways to count and calculate. Leads to arithmetic, algebra, geometry, and the history of mathematics.
The child chooses a question. The work begins.
After a Great Lesson, a nine-year-old might spend three weeks researching volcanoes—reading geology texts, sketching cross-sections, calculating the volume of a cinder cone, writing a report, and presenting her findings to the class. She is doing science, mathematics, language arts, and geography simultaneously, because that is how real inquiry works.
Guides ensure that each child covers the full scope of the curriculum over the three-year cycle, but the sequence and depth are shaped by the child’s own questions.
“The elementary child has reached a new level of development. Before he was interested in things: working with his hands, learning their names. Now he is interested mainly in the how and why… the problem of cause and effect.”
Everything connects. That is the point.
Mathematics
From the stamp game through long division to squaring and cubing, children work with concrete materials that make abstract operations visible. By upper elementary, most children are comfortable with fractions, decimals, and introductory algebra.
Language Arts
Grammar is taught with moveable symbols and sentence analysis. Children read widely, write across genres, and learn to research and cite sources. Spelling and vocabulary grow naturally from reading and from the study of word origins.
History & Geography
Timeline work, fundamental-needs charts, and the study of ancient civilizations give children a sense of scale. Physical geography (land forms, water cycles, biomes) connects directly to cultural geography (how people live in different places).
Sciences
Classification, experimentation, and observation. Children keep nature journals, conduct experiments with controls and variables, and build working models. Botany, zoology, chemistry, and physics are all present.
Arts & Music
Drawing, painting, and handwork are part of the daily fabric. Music includes singing, rhythm work, and introduction to notation. Art history is woven into cultural studies.
Foreign Language
Conversational Spanish is introduced through daily routines, songs, and cultural exploration. The goal is familiarity and confidence, not perfection.
Long work cycles. Real deadlines. Genuine responsibility.
Children review their work plans and set intentions for the morning.
Three hours of uninterrupted work. Small-group lessons, independent research, and collaborative projects.
Gardening, field studies, and vigorous play.
Children prepare and serve a community meal.
Continued research, specialist subjects, and presentations.
Watch a child explain her research and you will understand this program.
We invite families to observe a morning work cycle and speak with our elementary guides. That conversation tells you more than any brochure can.