Here’s a short description of Biology (A Level) plus a simple course overview you can use for study planning or summaries 👇

🧬 Biology (A Level) — Short Description

Biology (A Level) is an advanced two-year secondary school science course that builds on earlier biology study (like O Level/IGCSE) to explore in-depth concepts of life and living organisms, including cellular processes, genetics, ecology, physiology, evolution, and biotechnology. It emphasizes scientific understanding, analytical skills, and practical lab work, preparing students for university science degrees and careers in health, research, environmental science, and related fields. 

📘 Course Overview

📌 What You Study

Most A Level Biology courses (e.g., Cambridge International 9700) include:

Core Topics Covered:

1. Cell Structure & Function – understanding how cells work.

2. Biological Molecules & Enzymes – chemistry of life molecules.

3. Transport & Exchange – how substances move in and out of cells.

4. Genetics & Inheritance – DNA, genes and inheritance patterns.

5. Energy & Respiration – how living things release and use energy.

6. Photosynthesis – how plants make food.

7. Homeostasis & Control – maintaining internal balance.

8. Evolution, Selection & Biodiversity – change and variety in life.

9. Genetic Technology & Conservation – modern biology applications. 

The Cambridge International syllabus includes AS topics in the first year and additional A2 topics in the second year, forming the full A Level. 

🧠 Skills You Develop

• Deep scientific reasoning and problem-solving.
  Practical laboratory skills including experiment design and data handling. Application of biological knowledge to real-world contexts like medicine, environment, and genetics.

🧪 Assessment

Most A Level Biology exams (e.g., Cambridge or AQA) include multiple written papers testing knowledge and problem-solving, with practical skills assessed either directly or reported separately. 

📌 Summary

Biology (A Level) is a rigorous science subject that deepens your understanding of life from molecules to ecosystems, strengthens analytical and laboratory skills, and prepares you for advanced education and careers in medicine, research, environmental science, biotechnology, and more.