CAPS-aligned science for Grades 7–12 — Natural, Life & Physical Sciences, with NSC and IEB support.
The five kingdoms and the incredible variety of life on Earth — from micro-organisms to complex animals and plants.
What materials are made of, how mixtures are separated, and the difference between acids, bases and neutrals.
Kinetic and potential energy, conservation of energy, conduction, convection and radiation. Renewable energy sources.
How Earth's tilt causes seasons, how the Moon creates tides, and the history of our understanding of astronomy.
How plants make food, the complex web of life in ecosystems, and the tiny organisms that rule our world.
From subatomic particles all the way to your first chemical reactions.
How charge, current, light and sound carry energy through our world.
Journey through our solar system, beyond it into the Milky Way, and learn how telescopes like SALT and the SKA reveal the universe.
From single cells to whole body systems — and how life passes on its genes.
Atomic structure, electron arrangement, chemical bonding, acids and bases, and types of chemical reactions.
How forces, magnetism and electricity power the world around you.
Our planet as a system — from the atmosphere and lithosphere to the life cycle of stars.
Inorganic and organic compounds, the cell as the unit of life, cell division, and plant and animal tissues.
Support and transport systems in plants and animals, and the transport system in mammals.
Biosphere to ecosystems — energy flow, nutrient cycles, and ecological relationships.
Biodiversity and classification, and the history of life on Earth.
Vectors, kinematics, energy conservation, wave properties, electrostatics, and electric circuits.
The building blocks of chemistry — from classifying matter to stoichiometry.
Classification and roles of microorganisms, and the diversity of plants and animals.
Photosynthesis, animal nutrition, respiration, gas exchange, and excretion.
Population ecology, and human impact on the environment (current crises).
Newton's laws, momentum, energy and electricity — the mechanics core of FET physics.
Why reactions happen, how fast they go, and where they settle.
DNA as the code of life, protein synthesis, and how meiosis produces genetically varied gametes.
How humans and plants reproduce, sense their world, and keep it in balance.
Darwinism and natural selection, the evidence for evolution and human evolution, and Mendelian genetics and inheritance.
From projectiles to the photoelectric effect — the matric physics essentials.
Carbon compounds, electrochemical cells, and chemistry at industrial scale.