Qualification Aims and Objectives

The course develops students’ understanding of human physiology, pathology and medical science techniques while fostering investigative thinking, analytical skills and real-world application. It encourages students to be knowledgeable, inquiring, and open-minded, and to appreciate how medical science affects individuals, societies and health outcomes.

Objectives

• Develop a deep conceptual understanding of key medical science principles, processes and organisational systems.
• Acquire and apply scientific knowledge, laboratory skills and investigative techniques relevant to the medical and healthcare sector.
• Build analytical, practical and evaluative skills through case studies, experiments and collaborative work.
• Consider the ethical, cultural, social and economic implications of medical science and healthcare.
• Prepare for further study and careers in biomedical science, healthcare, clinical research, diagnostics and related fields.

Course Outline

This course explores how medical science is used to understand the human body, diagnose disease, and develop healthcare solutions. You’ll study anatomy and physiology, investigate diseases, apply laboratory techniques, analyse data, and carry out research projects to solve real-world medical problems.

Units of Study

• Human Anatomy & Physiology: Structure, function, and interaction of body systems; effects of disease.
• Medical Science Investigations: Laboratory techniques, experimental design, and data analysis.
• Disease and Pathology: Causes, progression, and impact of major diseases.
• Laboratory Techniques and Procedures: Safe, accurate use of equipment and medical procedures; ethical and safety considerations.
• Medical Science Research Project: Plan, conduct, and report small-scale research applying theoretical knowledge.

Assessment

• 50% External: Written examinations covering anatomy, physiology, and disease/pathology units.
• 50% Internal: Vocationally-focused coursework including lab reports, practical investigations, research projects, and applied assignments.

Future courses and possible careers

Biomedical Scientist • Clinical Researcher • Diagnostic Laboratory Technician • Healthcare Scientist • Public Health Analyst • Pharmaceutical Science • Nursing and Allied Health Professions • Forensic Science • Medical Technology Developer • Higher Education in Medical Science