Auckland University of Technology

What you'll study

This programme combines biomedical science theory with extensive practical laboratory training and clinical placements. Core study areas include clinical biochemistry, haematology and transfusion science, medical microbiology, molecular diagnostics, histology and cytology, laboratory quality and safety, instrumentation and pathology informatics.

Coursework typically progresses from foundational bioscience and laboratory technique in early years to specialised diagnostic disciplines and advanced laboratory management in later years. Students complete supervised placements in hospital and community laboratories, participate in simulated diagnostic scenarios in AUT's teaching laboratories and undertake a final research or capstone project that applies laboratory methods to a real clinical question.

• Laboratory techniques and microscopy
• Clinical biochemistry and endocrinology
• Haematology and transfusion services
• Medical microbiology and antimicrobial testing
• Molecular diagnostics and genomics
• Histology and cytology preparation and interpretation
• Quality management, laboratory safety and regulatory practice
• Laboratory information systems and data management
• Research methods and a final-year project

Entry requirements

Applicants are normally required to have university entrance from their secondary education or an equivalent qualification, with strong preparation in biology and chemistry recommended. Applicants with previous tertiary study in relevant science subjects or relevant health sector experience may be considered through alternative admission pathways.

International students must meet AUT's English language requirements. Successful applicants will typically need to meet health and safety prerequisites for placements, which may include immunisation, police vetting or health screening. Admission is competitive and places may be limited, so meeting minimum academic criteria does not guarantee selection.

Career prospects

Graduates work as medical laboratory scientists/technologists across a range of settings including public and private hospital laboratories, community pathology providers, blood transfusion services, public health laboratories, diagnostic companies and biomedical research facilities. Career pathways include specialist posts in haematology, microbiology or molecular diagnostics, supervisory and quality management roles, technical sales and support for diagnostic manufacturers, and postgraduate study in clinical science, biomedical research or laboratory leadership.

Why study at Auckland University of Technology

AUT provides a practical, career-focused environment with modern teaching laboratories and close links to regional clinical laboratory providers for supervised workplace learning. The school has staff active in applied biomedical research and strong industry engagement that supports placement opportunities and graduate employment. The programme emphasises hands-on competencies, laboratory safety and quality systems, preparing graduates for the responsibilities of diagnostic work and for further professional development.