The Master of Biotechnology (MBiotech) is a postgraduate Level 9 programme designed to:

• Develop advanced knowledge in modern biotechnology
• Train students in research, lab techniques, and data analysis
• Prepare graduates for careers in biotech, healthcare, agriculture, and research sectors

 

Why Study This Programme?

• Focus on cutting-edge areas like genomics, bioinformatics, and molecular biology
• Strong combination of coursework + research project
• Industry-relevant skills for global biotech careers
• Opportunity to specialise in high-demand scientific fields
• Pathway to PhD or advanced research roles

 

Programme Structure / Subjects

Structure Overview

• First 2 semesters (120 points):
  • Core + elective courses
• Final semester (60 points):
  • Research project / dissertation

Includes:

• Research methods training
• Lab-based or genome-based technologies
• Practical data analysis skills

 

Subjects / Topics Covered

 

• Bioinformatics
• Genomics & proteomics
• Molecular cell biology & genetics
• Microbial biotechnology
• Protein engineering
• Plant biotechnology

 

Specialisations / Disciplines

Students can specialise in areas such as:

• Bioinformatics
• Molecular Cell Biology & Genetics
• Molecular Microbiology
• Plant Biotechnology
• Protein Engineering

 

Career Outcomes

Graduates can work as:

• Biotechnology Scientist
• Research Scientist
• Laboratory Analyst
• Bioinformatics Specialist
• Pharmaceutical / Biotech industry roles

Industries

• Healthcare & medical research
• Agriculture & food technology
• Environmental science
• Government research institutes

 

Highlights

• Industry-relevant biotech specialisations
• Combination of coursework + research project
• Strong pathway to PhD and research careers
• Access to advanced labs and research facilities
• Globally recognised degree

 

Visa Requirements (International Students)

Since this is an on-campus programme, you need a New Zealand Student Visa

Requirements:

• Offer of place from university
• Proof of funds (tuition + living expenses)
• Medical insurance
• Valid passport

 

Latest Updates

• Growing demand for skills in:
  • Genomics & bioinformatics
  • Biotech innovation & sustainability
• Increased focus on:
  • Industry-relevant research
  • Real-world applications of biotechnology
• Flexible progression pathways (to MSc or PhD)

 

Final Summary

The Master of Biotechnology – University of Auckland is ideal for:

• Science graduates wanting specialised biotech careers
• Students aiming for research or PhD pathways
• Those interested in high-growth global biotech industrie