Lincoln University

What you'll study

The Master of Bioprotection combines applied biology, biosecurity science and risk-management principles to give you practical and theoretical tools for detecting, managing and preventing biological threats. Core topics typically include pest and pathogen ecology, surveillance and early-detection systems, diagnostic methods (molecular and morphological), risk analysis, invasion biology, integrated pest management and biocontrol, and the legal and policy frameworks that underpin biosecurity.

Teaching is delivered through a mix of lectures, laboratory practicals, fieldwork and project-based learning. A substantial research or applied project forms a key component of the programme, allowing you to specialise in an area such as diagnostic method development, surveillance system design, ecological impacts of invasions, pathway analysis or policy evaluation. Coursework options often include modules on statistics for biological research, spatial analysis and modelling, and communication of scientific evidence to stakeholders.

Entry requirements

Applicants are normally expected to hold a relevant bachelor's degree (for example in biology, ecology, agricultural science, microbiology or a related field) with an appropriate level of academic achievement. Entry may be available to those with equivalent professional experience in biosecurity, diagnostics, conservation or primary industries, subject to assessment.

Specific requirements commonly include:

• An undergraduate degree in a relevant discipline or equivalent professional experience;
• A demonstrated grounding in biological science and quantitative methods (for example, ecology, microbiology or statistics);
• Evidence of research aptitude for candidates opting for a research project; and
• For international applicants, proof of English language proficiency where required by the university.

Career prospects

Graduates of the Master of Bioprotection pursue careers across government, industry, research and non-government organisations. Typical employers include national and regional biosecurity and quarantine agencies, agricultural ministries, plant and animal diagnostics laboratories, environmental and conservation organisations, primary-sector companies, and consultancies specialising in risk assessment, surveillance and pest management.

Job roles commonly include biosecurity officer, surveillance or diagnostics scientist, biosecurity policy advisor, pest or weed management specialist, ecological risk assessor, quarantine technician, and research scientist. The programme also provides a pathway to doctoral study for those aiming at academic or advanced research careers.

Why study at Lincoln University

Lincoln University has a long-standing focus on land-based and environmental sciences and close connections with New Zealand's primary industries and biosecurity agencies. The institution emphasises applied learning, providing access to laboratory facilities, field sites and industry-linked projects that reflect real-world biosecurity challenges.

The relatively small postgraduate cohorts allow for close supervision of research projects and strong interaction with teaching staff who have expertise in ecology, microbiology, pest management and policy. Studying at Lincoln also offers opportunities to engage with regional and national biosecurity initiatives, and to build networks with practitioners and researchers in a country with a strong emphasis on protecting primary production and biodiversity.