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⭐ INTRODUCTION Chemistry 20 explores how matter behaves, how atoms bond, how reactions occur, and how energy flows through chemical systems. Students learn the foundational concepts needed for Chemistry 30, university chemistry, and real‑world applications in medicine, engineering, and environmental science.
⚡ PHYSICS 20 — INTRODUCTION Physics 20 explores the fundamental principles that govern motion, forces, energy, and momentum. Students learn how objects move, why they move, and how energy flows through physical systems. Through real‑world applications, hands‑on problem solving, and clear conceptual models, learners build a strong foundation for advanced physics, engineering, and STEM pathways. This course emphasizes critical thinking, mathematical reasoning, and scientific inquiry while connecting physics concepts to everyday life.
Introduction — Biology 20 Biology 20 explores how living systems obtain, use, and transfer energy. Students investigate human physiology, ecological relationships, photosynthesis, cellular respiration, and population dynamics. This course builds the scientific reasoning and analytical skills needed for Biology 30.
Financial literacy is an essential life skill that empowers children to make thoughtful, confident decisions about money. This curriculum guides learners from foundational concepts—such as identifying money and understanding needs versus wants—to more advanced ideas including budgeting, banking, digital payments, and entrepreneurship. Designed for Grades 1–4 across North America, it builds financial awareness step by step, helping students develop responsible habits, critical thinking, and practical skills they will use throughout their lives.
INTRODUCTION TO SCIENCE 10 Science 10 is an integrated exploration of the living world, the physical world, and the chemical world. Through Biology 10, Chemistry 10, and Physics 10, students build foundational scientific literacy, develop problem‑solving skills, and learn how natural systems interact. This course prepares learners for advanced sciences by strengthening inquiry, experimentation, and critical thinking.
Grade 9 Science challenges students to think like scientists. They explore chemistry, biology, physics, Earth science, scientific inquiry, and astronomy, building strong skills in observation, experimentation, and problem‑solving. This year emphasizes hands‑on learning, real‑world applications, and clear communication of scientific ideas. Students learn to design experiments, analyze data, and understand the systems that shape our world and universe.
Grade 8 Science explores cells & systems, fluids, light, mechanical systems, water systems, and the universe. Students investigate scientific models, conduct experiments, analyze data, and apply engineering thinking to real‑world problems.
Grade 7 Science invites students to explore deeper scientific ideas, investigate real‑world systems, and strengthen their ability to think like scientists and engineers. Throughout the year, learners will study matter and chemical interactions, forces and motion, Earth systems, energy, and the expanding universe. They will build models, analyze data, conduct experiments, and apply scientific reasoning to explain how and why things happen. This course encourages curiosity, problem‑solving, and hands‑on learning. Students will learn to ask meaningful questions, test ideas, communicate findings, and connect science to everyday life. Grade 7 Science builds the foundation for advanced science learning in Grades 8–12.
Grade 6 Science explores how our world works at the particle level, how forces shape motion and structures, how energy and climate affect Earth, and how space systems connect us to the universe. Students investigate real‑world problems, conduct experiments, analyze data, and apply engineering design to build solutions. This course strengthens scientific thinking, curiosity, and problem‑solving skills through hands‑on activities, models, diagrams, and inquiry‑based learning.
Grade 5 Science helps students explore the world more deeply by connecting life science, earth science, physical science, and space science. Students investigate ecosystems, matter, energy, Earth’s systems, and the solar system through hands‑on activities, diagrams, experiments, and real‑world examples. The program builds strong scientific thinking skills and prepares learners for advanced science in middle school.
Grade 4 Science helps learners explore energy, matter, ecosystems, Earth’s changes, and engineering. Students investigate how things move, how materials behave, how organisms interact, and how humans influence the environment. Through hands‑on experiments, models, diagrams, and real‑world examples, students build strong scientific thinking skills and learn how science connects to everyday life.
Grade 3 Science helps students explore how living things grow, how Earth changes, and how forces and energy shape our world. Learners investigate plants, animals, ecosystems, rocks, soil, weather, light, sound, movement, magnetism, and engineering. Through hands‑on activities, experiments, diagrams, and real‑world examples, students build strong scientific thinking skills and learn how science connects to everyday life.
