How do ecosystems recover after natural disasters? What causes diseases to spread through populations? And how can advances in genetics and biotechnology improve human health and protect the environment?
Biology ATAR explores the science of life and the interconnected systems that sustain living organisms and ecosystems. Students investigate how organisms function, survive and interact with their environments, while examining how scientific knowledge and innovation are used to address global challenges such as climate change, biodiversity loss, food security and disease.
Through practical investigations, fieldwork and scientific inquiry, students develop curiosity, critical thinking and problem-solving skills while gaining a deeper understanding of the living world and our responsibility to care for it sustainably and ethically.
Why are healthy ecosystems important? How do human activities affect biodiversity? And what can scientists do to help protect endangered species and habitats?
In Unit 1, students investigate the interactions between organisms and their environments and explore how ecosystems function and change over time. They examine energy flow, food webs, population dynamics and the importance of biodiversity in maintaining ecological balance.
Students investigate the impacts of human activity, including climate change, habitat destruction and pollution, and evaluate conservation strategies used to protect ecosystems and promote sustainability. Through fieldwork and data analysis, students develop practical scientific skills while exploring real-world environmental issues relevant to local and global communities.
How does a single fertilised cell develop into a complex organism? How do body systems work together to keep organisms alive? And how are scientific advances changing medicine and biotechnology?
In Unit 2, students investigate the structure and function of cells and the biological processes essential for life. They explore how specialised cells work together in tissues and organ systems and examine the processes involved in growth, repair and reproduction.
Students also investigate developments in genetics, stem cell research and biotechnology, considering how scientific discoveries are improving healthcare, agriculture and medical treatments. Through practical investigations and analysis of biological evidence, students develop an understanding of the ethical and social implications of modern biological science.
Skills and Capabilities Developed
Students will develop skills in:
Potential Careers
Biology provides a strong foundation for further study and careers in:
Post-School Study Options
Students may pursue university pathways including:
Pre-requisites:
State B-Grade in Year 10 Science
Ms Kerry-Anne Randall
Head of Science
Kerry.Randall@cewa.edu.au