MYP Sciences: Biology, Chemistry, and Physics Curriculum Breakdown

Regardless of the model, all students engage with the scientific method, hands-on inquiry, and interdisciplinary exploration.

Key Concepts and Global Contexts

MYP Sciences is structured around key concepts that guide inquiry across all topics:

• Change – understanding transformations in systems.
• Relationships – exploring interactions among organisms, substances, or forces.
• Systems – studying how components work together within physical, chemical, or biological frameworks.
• Evidence – using data to test ideas and justify conclusions.

Each unit is also connected to one of the Global Contexts, such as:

• Scientific and technical innovation — linking research to modern technology.
• Globalization and sustainability — exploring energy use, waste, and climate impact.
• Fairness and development — considering ethical questions around science and society.

These contexts ensure that science learning feels relevant and meaningful.

Core Disciplines

1. Biology

In Biology, students study life and living systems, from cells to ecosystems. Topics often include:

• Cell structure and function
• Genetics and heredity
• Human body systems
• Ecology and biodiversity
• Evolution and adaptation

Through practical investigations, students learn to analyze data, draw conclusions, and connect biological knowledge to environmental and health issues.

2. Chemistry

Chemistry in the MYP explores the composition, behavior, and transformation of matter. Core themes include:

• Atomic structure and periodicity
• Chemical bonding and reactions
• Acids, bases, and pH
• States of matter and mixtures
• Energy changes in reactions

Students conduct experiments to understand how substances interact and apply their findings to real-world issues like pollution, materials science, and sustainable production.

3. Physics

Physics focuses on the laws that govern energy, motion, and forces. Common topics include:

• Forces and Newton’s laws
• Energy transformations and conservation
• Waves and sound
• Electricity and magnetism
• The universe and space exploration

Students use inquiry to explore how physics principles explain everyday phenomena — from roller coasters to renewable energy.

Assessment in MYP Sciences

MYP Sciences uses criteria-based assessment, emphasizing understanding, application, and reflection rather than memorization. There are four assessment criteria, each scored on a 0–8 scale:

• Criterion A: Knowing and Understanding – Applying scientific knowledge to explain phenomena.
• Criterion B: Inquiring and Designing – Planning investigations and identifying variables.
• Criterion C: Processing and Evaluating – Analyzing data, drawing conclusions, and improving methods.
• Criterion D: Reflecting on the Impacts of Science – Exploring ethical, social, and environmental implications.

These criteria encourage students to think and act like scientists — designing experiments, analyzing results, and evaluating real-world impact.

The Role of Inquiry and Experimentation

Hands-on experimentation is at the heart of MYP Sciences. Students are expected to:

• Formulate research questions.
• Plan and carry out controlled experiments.
• Record and analyze data using graphs and tables.
• Communicate findings through lab reports or digital presentations.

This process builds scientific literacy and critical reasoning, preparing students for the IB Diploma Programme Sciences (Biology, Chemistry, Physics, and Environmental Systems).

Interdisciplinary Connections

MYP Sciences often collaborate with other subject groups in interdisciplinary units. For example:

• Science and Design: Creating renewable energy prototypes.
• Science and Individuals and Societies: Investigating environmental policy.
• Science and Mathematics: Analyzing data trends and experimental error.

These connections mirror how science operates in real life — integrated, collaborative, and problem-oriented.

Skills Developed in MYP Sciences

Through inquiry and reflection, students develop key Approaches to Learning (ATL) skills:

• Research skills – designing investigations and evaluating sources.
• Critical thinking – interpreting results and identifying bias.
• Communication skills – presenting findings clearly in multiple formats.
• Self-management – organizing time and lab procedures responsibly.

These skills extend beyond science and are vital for success in any future academic or professional path.

Conclusion

The MYP Sciences curriculum transforms traditional science education into a hands-on, inquiry-based exploration of life, matter, and energy. By connecting Biology, Chemistry, and Physics through global contexts and real-world inquiry, students learn to think critically, act ethically, and engage meaningfully with the world around them.

Whether investigating ecosystems, chemical reactions, or physical forces, MYP students develop a lifelong curiosity about how science shapes both society and the future.

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