The Bachelor of Medical Laboratory Science (BMLS) prepares students for careers as registered medical laboratory scientists working in diagnostic laboratories, hospitals, blood services, and healthcare organisations. Medical laboratory scientists play a critical role in disease diagnosis, treatment monitoring, and healthcare decision-making through laboratory testing and scientific analysis.

The programme combines:

• Biomedical science knowledge
• Diagnostic laboratory training
• Clinical placements
• Laboratory technology skills
• Scientific research capability
• Professional healthcare practice

Professionally Recognised Healthcare Qualification

The programme is regulated by the Medical Sciences Council of New Zealand (MSCNZ) and aligned with the Health Practitioners Competence Assurance Act (HPCA Act), allowing graduates to pursue professional registration.

Strong Practical and Clinical Training

AUT is known for its practical teaching style and extensive laboratory-based learning. Students gain:

• Hands-on laboratory experience
• Clinical laboratory placements
• Diagnostic testing skills
• Real-world healthcare training

Students complete placements in major laboratories across New Zealand and Australia.

Industry-Relevant Learning

The curriculum includes modern diagnostic science, molecular diagnostics, immunology, microbiology, pathology, and transfusion science to meet evolving healthcare industry demands.

Strong Employment Outcomes

Graduates work in:

• Public hospitals
• Community diagnostic laboratories
• Blood services
• Research laboratories
• Biotechnology companies

Student experiences shared online highlight successful placement-to-employment pathways after graduation.

Modern Laboratory Facilities

Students learn in advanced laboratory environments using current scientific equipment and diagnostic technologies.

Work-Integrated Learning

The fourth year includes extensive clinical training placements, which are a major strength of AUT’s programme.

Programme Structure / Subjects Offered

The programme is divided into four years combining scientific theory, laboratory practice, and clinical placements.

Year 1 – Foundation Science

Students study:

• Foundations of Life
• Principles of Chemistry
• Introductory Mathematics for Science
• Microbial Life
• Introductory Laboratory and Histological Techniques
• Introductory Immunology
• Science and Society
• Understanding Human Body Systems for Health

Year 2 – Diagnostic Science Foundations

Students study:

• Cells, Genes and Molecules
• Diagnostic Genetics
• Pathology I
• Medical Microbiology I
• Clinical and Chemical Pathology
• Immunohaematology
• Laboratory Information and Quality Management
• Science Practice in Aotearoa

Year 3 – Advanced Medical Laboratory Science

Students complete advanced specialisation courses including:

• Advanced Immunology
• Advanced Haematology
• Advanced Chemical Pathology
• Advanced Medical Microbiology
• Advanced Transfusion Science
• Advanced Histology and Cytology
• Science Capstone Project A
• Science Capstone Project B

Year 4 – Clinical Laboratory Training

Students complete professional clinical placements in accredited laboratories.

Clinical Training Areas

Students complete two clinical training specialisations such as:

• Clinical Chemistry
• Molecular Diagnostics
• Haematology
• Histology
• Immunology
• Medical Microbiology
• Transfusion Science

Recent placement organisations include:

• LabPLUS
• Labtests NZ
• New Zealand Blood Service

Disciplines and Specialisations Covered

The programme develops expertise in:

• Medical Microbiology
• Molecular Diagnostics
• Haematology
• Histology
• Cytology
• Immunology
• Chemical Pathology
• Transfusion Science
• Diagnostic Genetics
• Clinical Laboratory Practice
• Biomedical Science
• Laboratory Quality Management

Career Outcomes

Graduates may pursue careers as:

• Registered Medical Laboratory Scientist
• Molecular Diagnostics Scientist
• Haematology Scientist
• Immunology Scientist
• Histology Scientist
• Microbiology Scientist
• Transfusion Science Specialist
• Diagnostic Laboratory Manager
• Biomedical Laboratory Scientist
• Medical Equipment or Reagent Specialist

Graduates work in:

• Public hospitals
• Community laboratories
• Research laboratories
• Blood services
• Biotechnology companies
• Diagnostic manufacturing industries

Programme Highlights

• Professionally accredited healthcare qualification
• Extensive laboratory and clinical training
• Work placements in New Zealand and Australia
• Strong graduate employability
• Hands-on practical learning approach
• Modern scientific laboratories
• Registration pathway with Medical Sciences Council of New Zealand
• Industry-connected healthcare education

Latest Updates and Important Information

• AUT updated several first-year health science courses beginning from 2026, including replacement of HEAL505 with HEAL514.
• The programme includes compulsory clinical placements during Year 4.
• Students report strong practical learning and placement opportunities compared with more theory-heavy programmes.
• Laboratory classes are compulsory and attendance is important for successful completion of practical assessments.
• Some graduates have reported successful transition directly into hospital employment after placements.
• The programme remains highly competitive and in strong demand. 

Special Requirements

Students must:

• Meet professional health practitioner standards
• Undergo police clearance checks if required
• Successfully complete clinical placements
• Demonstrate professional conduct suitable for healthcare practice

Visa Requirements for International Students

International students must obtain a valid New Zealand student visa before beginning studies.

Typical visa requirements include:

• Offer of Place from AUT
• Valid passport
• Tuition fee payment confirmation
• Proof of sufficient living expenses
• Medical and travel insurance
• English language proficiency proof
• Genuine student intent documentation