Age (12-14)

Topics

•    Understand energy, forces, motion, pressure, and simple machines.
•    Explore electricity, magnetism, light, sound, and waves.
•    Study matter, atoms, elements, compounds, mixtures, and chemical reactions.
•    Explore acids, bases, metals, and everyday chemical processes.
•    Learn about cells, body systems, reproduction, heredity, and ecosystems.
•    Study microorganisms, disease, immunity, and healthy living.
•    Explore Earth's structure, rocks, atmosphere, weather, climate, and natural hazards.
•    Study the Solar System, stars, galaxies, gravity, and space exploration.
•    Develop scientific investigation, data interpretation, and evidence-based reasoning.
•    Apply science knowledge to real-life and Olympiad-style problems.

Detailed Syllabus

1. Energy, Forces & Motion

• Kinetic and potential energy.
• Energy transfer and transformation.
• Forces and their effects.
• Friction and its everyday applications.
• Gravity, mass, and weight.
• Speed, distance, and time calculations.
• Basic acceleration concepts.
• Balanced and unbalanced forces.
• Pressure in everyday situations.
• Work and simple machines.
• Apply force and motion concepts to simple problems.

2. Electricity & Magnetism

• Electric current, voltage, and resistance at an introductory level.
• Conductors and insulators.
• Series and parallel circuits.
• Circuit diagrams and symbols.
• Electrical safety.
• Magnets and magnetic fields.
• Electromagnets.
• Simple factors that affect electromagnet strength.
• Everyday applications of electricity and magnetism.

3. Light, Sound & Waves

• Reflection and refraction.
• Mirrors and lenses.
• Formation of shadows and images.
• Visible light and basic color concepts.
• Sound as a wave.
• Frequency, pitch, amplitude, and volume.
• How sound travels through different materials.
• Basic properties of waves.
• Applications of waves in everyday technology.

4. Matter & Atomic Structure

• States of matter and particle theory.
• Atoms and their basic structure.
• Protons, neutrons, and electrons.
• Elements and the periodic table.
• Compounds and mixtures.
• Physical and chemical properties.
• Separating mixtures.
• Changes of state and particle movement.
• Basic chemical symbols and atomic number.

5. Chemical Reactions

• Physical and chemical changes.
• Signs of chemical reactions.
• Reactants and products.
• Simple chemical equations.
• Conservation of matter in simple reactions.
• Acids and bases.
• Indicators and the pH scale.
• Metals and non-metals.
• Rusting and corrosion.
• Everyday applications of chemical reactions.

6. Cells & Life Science

• Plant and animal cells.
• Cell structures and their basic functions.
• Specialized cells.
• Organization: cells → tissues → organs → systems.
• Photosynthesis.
• Cellular respiration at a basic level.
• Plant reproduction.
• Human reproduction and growth at an age-appropriate scientific level.
• Basic heredity and genes.
• Inherited characteristics and variation.

7. Human Body, Microorganisms & Health

• Digestive, respiratory, circulatory, nervous, and skeletal systems.
• How body systems work together.
• Bacteria, viruses, fungi, and protozoa.
• Helpful and harmful microorganisms.
• Infectious diseases and how they spread.
• Immune system and basic immunity.
• Vaccination and disease prevention.
• Antibiotics and responsible use.
• Healthy habits and disease prevention.

8. Ecosystems & Environment

• Ecosystems and habitats.
• Food chains and food webs.
• Producers, consumers, and decomposers.
• Energy flow through ecosystems.
• Adaptation and natural selection at an introductory level.
• Biodiversity.
• Population and environmental changes.
• Pollution and conservation.
• Human activities and their effects on ecosystems.
• Climate change and its impacts.

9. Earth Science

• Structure of Earth: crust, mantle, outer core, and inner core.
• Basic idea of plate movement.
• Earthquakes and volcanoes.
• Rock cycle.
• Weathering and erosion.
• Atmosphere and basic atmospheric processes.
• Weather and climate.
• Water cycle.
• Natural hazards.
• Basic disaster preparedness and safety.

10. Astronomy & Space Science

• Solar System and planetary characteristics.
• Gravity and planetary motion.
• Earth's rotation and revolution.
• Moon phases and eclipses.
• Stars and basic stellar life cycles.
• Galaxies and the observable universe.
• Natural and artificial satellites.
• Rockets and space exploration.
• Space technology and its applications.
• Basic astronomical distances and the idea of a light-year.

11. Scientific Investigation & Data

• Formulate simple scientific questions.
• Make hypotheses and predictions.
• Identify variables in simple investigations.
• Design fair experiments.
• Collect and organize data.
• Read and interpret tables, graphs, and diagrams.
• Identify patterns and trends.
• Identify unusual results.
• Evaluate experimental results.
• Draw evidence-based conclusions.
• Identify possible sources of experimental error.
• Suggest simple improvements to an investigation.

12. Science Challenge Problems

• Multi-step scientific reasoning.
• Interpret scientific diagrams and experimental data.
• Predict outcomes using scientific concepts.
• Apply science knowledge to unfamiliar but age-appropriate situations.
• Compare different scientific explanations using evidence.
• Solve numerical science problems at an age-appropriate level.
• Connect ideas from physics, chemistry, biology, Earth science, and astronomy.
• Explain the reasoning behind a solution.
• Apply knowledge from more than one science topic to solve a challenge.

Important Note for Participants

The topics and subtopics provided are the main areas of the syllabus. They are not limited to only the examples mentioned.