The Bachelor of Medical Laboratory Science at the University of Otago is an undergraduate degree that trains students to become skilled laboratory scientists working in diagnostic, research and public‑health laboratories. It suits students with a strong interest in biomedical science, practical laboratory work and patient‑focused diagnostic services who want a career bridging science and clinical medicine.
This programme combines core biomedical science with practical laboratory training. You will study foundational subjects such as human anatomy and physiology, biochemistry and microbiology before moving on to specialised modules in clinical chemistry, haematology, transfusion science, immunology, molecular diagnostics and histopathology. Coursework emphasises laboratory techniques, instrument use, quality assurance, laboratory management and diagnostic interpretation.
Practical laboratory classes run throughout the degree and are complemented by supervised workplace learning in accredited diagnostic laboratories. Research methods, data analysis and professional practice (including laboratory safety, ethics and communications) are integrated so graduates are prepared for both routine diagnostics and evolving molecular technologies.
Admission requires university entrance with science prerequisites. Applicants should have a strong background in chemistry and at least one other science (biology or physics) at secondary‑school level; mathematics or statistics is highly recommended. Selection is based on academic achievement in prerequisite subjects and overall preparation for tertiary study in the biological sciences. International applicants present equivalent qualifications.
Successful applicants must meet health and safety requirements for clinical placements, which commonly include health screening and immunisation records and may include police or background checks where placements require. Specific departmental enrolment conditions and any additional selection steps are detailed by the University of Otago admissions office.
Graduates qualify to work as medical laboratory scientists in hospital and community diagnostic laboratories, private pathology providers and public‑health organisations. Typical workplace areas include clinical chemistry, haematology, microbiology, transfusion medicine, immunology, molecular diagnostics and histology. Many graduates also move into related roles in biomedical research, pharmaceuticals, forensic laboratories, laboratory management, quality assurance and technical sales or support for laboratory equipment and reagents.
With experience, medical laboratory scientists can take on senior technical or supervisory positions, specialise in advanced molecular or specialised diagnostic disciplines, or pursue postgraduate study in biomedical science, public health or laboratory leadership.
Otago has a long tradition in health sciences education and strong links with clinical laboratories across New Zealand, providing extensive supervised workplace learning and practical experience. The programme is delivered by academic staff with active research and clinical practice backgrounds, and students benefit from purpose‑built laboratory facilities and small‑group practical teaching.
The Dunedin campus offers a focused health‑science environment with close engagement between teaching departments and hospital laboratories, enabling dependable placement opportunities and industry connections. Support services for students include academic mentoring, careers advice and pathways to postgraduate study and research.
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