Sciences
In our IB Middle Years Programme Sciences courses, students explore the natural world through story, observation, and inquiry. Rooted in Montessori tradition and aligned with the IB framework, science begins with the great narratives that connect all knowledge. Students encounter science as a human endeavor shaped by curiosity, evidence, and imagination.
The Great Stories of Science
Scientific study is launched through two foundational Montessori stories. Physical sciences begin with the story of the coming of the universe, inviting students to explore matter, energy, forces, and the laws that govern the cosmos. Life sciences begin with the story of the coming of life, guiding students into the study of biology, ecosystems, evolution, and interdependence. These narratives provide coherence and meaning, helping students see science as part of a larger human understanding of the world.
Science as Inquiry and Experimentation
Students learn science by doing science. They ask questions, design investigations, collect data, and revise their thinking based on evidence. Curiosity drives learning, and uncertainty is welcomed as part of the process. Students are encouraged to think like scientists by testing ideas, observing carefully, and drawing conclusions grounded in reasoning rather than assumption.
Observation, Modeling, and Evidence
Scientific understanding develops through multiple forms of expression. Students work with diagrams, physical models, simulations, and data representations to make sense of complex systems. Modeling allows students to visualize processes that are too large, too small, or too slow to observe directly, strengthening conceptual understanding and scientific reasoning.
Collaboration and Scientific Communication
Science is a collaborative discipline. Students work together to plan experiments, share observations, and analyze results. They practice communicating scientific ideas clearly through writing, presentation, and discussion, learning to support claims with evidence and to listen thoughtfully to the ideas of others.
The Great Works
Each unit culminates in a Great Work that allows students to demonstrate understanding through authentic scientific practice. These works emphasize inquiry, clarity, and intellectual ownership. Examples include:
Research Papers, grounded in scientific literature and evidence
Research Presentations, focused on explanation and communication
The Experiment, designed, conducted, and analyzed by students
The Model, representing scientific systems or processes
As students progress, these Great Works become more complex and independent, reflecting deeper scientific understanding and confidence.
Developing Scientific Thinkers
By the end of the MYP Sciences program, students understand science as a dynamic process of discovery. They see themselves as capable investigators who can ask meaningful questions, evaluate evidence, and connect scientific knowledge to the wider universe and the living world. This foundation prepares students for advanced study and for thoughtful engagement with the scientific challenges of the future.
