The Master of Medical Laboratory Science (MMLS) is an advanced Level 9 postgraduate qualification designed for qualified medical laboratory scientists who want to:

• Develop specialist laboratory science expertise
• Build advanced analytical and research skills
• Strengthen healthcare leadership capabilities
• Conduct laboratory-based research
• Advance into senior diagnostic and management roles

Why Study Master of Medical Laboratory Science at AUT?

Advanced Specialist Training

Students develop high-level expertise in:

• Diagnostic technologies
• Laboratory research
• Molecular genetics
• Healthcare systems
• Quality assurance
• Applied biotechnology

Strong Research Component

The programme includes a substantial 120-point thesis that develops:

• Research skills
• Scientific analysis
• Evidence-based practice
• Critical evaluation abilities

Industry-Relevant Learning

Medical laboratory scientists are increasingly in demand due to:

• Advances in diagnostic technologies
• Evolving healthcare systems
• Expanding biotechnology industries
• Increased laboratory automation

Flexible Study Pathways

Students can choose:

• Specialist Scientist pathway
  or
• Management pathway

Strong Healthcare Connections

AUT has strong links with:

• Hospitals
• Diagnostic laboratories
• Healthcare providers
• Biomedical organisations
• Scientific research facilities

Pathway to Leadership and Research Careers

Graduates can progress into:

• Senior laboratory positions
• Healthcare management
• Scientific research
• Doctoral studies (PhD)

Programme Structure

The Master of Medical Laboratory Science consists of:

• 240 total points
• 120 points of advanced coursework
• 120-point research thesis

Students complete:

• Coursework papers
• Research-focused subjects
• A major thesis project in a specialised area of medical laboratory science

Core Courses

Compulsory Courses

Students complete:

• MELS802 Quality Assurance in Laboratory Services (30 points)
• SCIE802 Scientific Research, Application and Communication (30 points)

These courses develop:

• Laboratory quality systems
• Research methodology
• Scientific communication
• Evidence-based healthcare practice

Disciplines / Specialisations Offered

Students choose one of two pathways:

1. Specialist Scientist Pathway

This pathway focuses on:

• Laboratory-based research
• Diagnostic science
• Molecular genetics
• Biotechnology ethics
• Applied laboratory science

Additional Courses Include

• PHIL880 Ethics of Biotechnology
• SCIE803 Specialist Readings in Applied Science
• SCIE804 Selected Topics in Applied Science
• GENE802 Contemporary Molecular Genetics

Graduates develop the ability to:

• Plan and execute laboratory research
• Critically analyse diagnostic techniques
• Evaluate laboratory systems in patient care

2. Management Pathway

This pathway focuses on:

• Healthcare leadership
• Strategic healthcare management
• Health policy
• Healthcare law and ethics
• Operational laboratory systems

Course Options Include

• MELS801 Biomedical Ethics
• HEAL825 Applied Healthcare Ethics
• HEAL837 Health Policy Applied
• HEAL816 Special Topics
• HLAW801 Health Law
• HEAL817 Leadership and Management I
• HEAL818 Leadership and Management II

Graduates gain skills in:

• Strategic healthcare analysis
• Leadership and management
• Policy evaluation
• Healthcare governance

Thesis Component

Thesis (120 points)

Students complete a substantial research thesis involving:

• Independent scientific investigation

• Laboratory-based research
• Data analysis
• Scientific reporting
• Applied healthcare research

Important International Student Requirement

A major requirement for this programme is:

• Professional registration with the Medical Sciences Council of New Zealand (MSCNZ)

Because of this requirement, international applicants should confirm:

• Registration eligibility
• Recognition of overseas qualifications
• Practising certificate requirements

Career Outcomes

Graduates may pursue advanced careers in:

• Hospital diagnostic laboratories
• Biomedical diagnostics
• Healthcare management
• Laboratory quality assurance
• Molecular genetics laboratories
• Biotechnology industries
• Research and development
• Healthcare policy and administration
• Senior laboratory leadership positions

The programme also provides preparation for:

• PhD and doctoral study
• Academic research careers
• Specialist scientific roles

Programme Highlights

Key Advantages

• Advanced Level 9 postgraduate qualification
• Large research thesis component
• Flexible specialist or management pathways
• Strong healthcare industry relevance
• Access to modern biomedical laboratories
• Leadership and research skill development
• Internationally recognised qualification
• Strong pathway to doctoral study

Latest Updates / Special Requirements

Important Notes

• Registration with MSCNZ is mandatory.
• A current practising certificate is required.
• Some courses may only be offered once per year.
• Research supervision availability may affect thesis topic selection.
• Early application is strongly recommended.

Student discussions on Reddit also suggest:

• Strong practical healthcare focus
• Good employment opportunities in medical laboratory science
• Increasing demand for skilled laboratory professionals in New Zealand healthcare systems

Visa Requirements for International Students

International students generally require a New Zealand Fee-Paying Student Visa.

Common Visa Requirements Include

• AUT offer letter
• Valid passport
• Proof of tuition fee payment
• Evidence of sufficient living funds
• English language proficiency evidence
• Medical and travel insurance
• Health and character documents

Student Work Rights

Eligible international students may usually:

• Work up to 20 hours per week during study
• Work full-time during scheduled holidays

Overall Summary

The Master of Medical Laboratory Science at AUT is a highly specialised postgraduate qualification designed for qualified medical laboratory professionals seeking advanced expertise in diagnostics, laboratory research, healthcare leadership, and scientific innovation. With flexible specialist and management pathways, a major research thesis, strong healthcare industry links, and access to advanced biomedical facilities, the programme offers excellent preparation for leadership, research, and specialist healthcare careers.

International students should carefully confirm professional registration eligibility with the Medical Sciences Council of New Zealand before applying, as this is a mandatory admission requirement.