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Secondary Schools Programme

Biomedical Science

Study level Secondary Schools

What this programme is about

Human health makes more sense when you understand what is happening inside cells, tissues and body systems. Biomedical Science at secondary level connects biology and chemistry with the mechanisms behind disease and medical investigation.

You may study cells, genetics, microbiology, physiology, disease processes and laboratory methods. The exact content depends on the curriculum and facilities available. The subject can help you understand how scientific evidence is used to identify disease, monitor health and support medical decision-making.

Laboratory work may include microscopy, simple biochemical tests, observation and data recording. These activities help develop accuracy and safe scientific practice.

Biomedical Science can provide useful preparation for further study in biomedical science, medicine, pharmacy, nursing, biotechnology and related health or laboratory fields.

When comparing schools, look at the science laboratories, practical work, subject combinations and progression opportunities.

Inside the curriculum

Human Biology Cell Biology Genetics Microbiology Physiology Disease Processes Biochemistry Basics Laboratory Skills Health Science Scientific Investigation

The exact curriculum varies by institution, but these subjects show the formal curriculum areas connected to this programme.

Core

Mathematics Social Studies English Language Physical Education and Health

Required

Chemistry Biology Physics Additional Mathematics Biomedical Science

Recommended

Art and Design Foundation Computer Science Music

Optional

Economics Geography Government History Religious Studies Literature in English Ghanaian Language Arabic French Performing Arts

Skills you'll build

Laboratory Observation Scientific Measurement Data Recording Microscopy Basic Experimental Design Scientific Reasoning Health Science Awareness Safe Laboratory Practice Data Interpretation Technical Communication

Where this can take you

Biomedical Scientist
Laboratory Technician
Medical Laboratory Assistant
Research Assistant
Healthcare Laboratory Assistant
Biotechnology Technician
Clinical Research Assistant
Public Health Laboratory Assistant
Quality Control Assistant

What studying this programme is like

Biomedical Science begins with the basic organisation of the human body, from cells and tissues to organs and body systems.

Students may learn how microorganisms, genetic changes and other biological factors contribute to disease.

Chemistry is also relevant because many biological processes depend on molecules, reactions and laboratory measurements.

Practical science teaches careful observation, measurement and recording. Reliable results depend on accuracy, cleanliness and consistent procedure.

The subject can also introduce how diagnostic tests work and why laboratory findings must be interpreted alongside other information.

A strong foundation in biology and chemistry can make later health-science study easier, especially if you plan to enter laboratory, medical or biomedical programmes.

Is this likely to suit you?

Good fit if you...

  • You enjoy biology and chemistry.
  • You are interested in health and disease.
  • You like laboratory-based science.
  • You can work carefully and accurately.
  • You may want to continue into health or biomedical study.

Think twice if you...

  • You strongly dislike biology or chemistry.
  • You want a subject with almost no laboratory work.
  • You have little interest in human health or disease.
  • You are uncomfortable following precise scientific procedures.

Entry requirements

Requirements depend on the school and education system. Biomedical Science is usually selected as part of a secondary-school science pathway. Biology and chemistry are especially useful foundations, with mathematics also supporting scientific work. Always check the school's current subject-selection and progression requirements.

Common questions

Is Biomedical Science the same as Medicine?
No. It focuses more on the science of health, disease and laboratory investigation.
Does it include laboratory work?
Often yes, depending on the school and available facilities.
Is chemistry important?
Yes. Many biomedical processes and tests involve chemistry.
Can it lead to university health programmes?
Yes. It can provide useful preparation for several health and science degrees.
Do I need strong biology?
Biology is one of the most important foundations for the subject.
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Programme structures, duration and admission requirements can vary by institution and country. Always confirm current details with the institution before applying.