Which master's programme suits a Biomedical Sciences and Optometry graduate with 30 months of work experience in research or healthcare?

Your combination is unusual in a useful way: most Vision Science applicants have only the clinical optometry side, while most biomedical sciences applicants have only the lab research side. That overlap is worth naming explicitly in your application rather than presenting yourself as a generic life sciences graduate.

Let Your Career Goal Choose the Specialisation

• Ocular disease, retinal imaging, or myopia and glaucoma research: MSc Vision Science is the direct continuation of your degree.
• Cell biology, biomarkers, or diagnostics work: Translational Medicine or Biomedical Sciences uses your lab experience better.
• Patient studies, trials, or healthcare data collection: Clinical Research is the most practical route into CRA or trial coordinator roles.
• Community eye health or NGO interest: a Master of Public Health with a global eye health focus fits.

Why Vision Science Is the Strongest Single Pick

Vision Science programmes, such as the postgraduate route at the University of Auckland, are built for exactly your profile: applicants who already understand clinical optometry and want to add formal research training in ocular biology, imaging, or clinical trial methods. That combination opens doors your 30 months alone would not, including university-affiliated research posts and industry eye-care research roles that prefer candidates who can read both a patient chart and a dataset.

My Advice

Before you commit, be honest with yourself about whether your 30 months were closer to hands-on patient care or closer to lab and data work, since that should tip the balance between Vision Science and a more general Biomedical Sciences or Clinical Research master's. If you are not fully sure yet, Vision Science keeps both doors open longer than a narrowly clinical optometry master's would.