Massey University

What you'll study

The Graduate Diploma in Science and Technology provides a structured programme of taught courses that build core scientific understanding and applied technical skills. Students choose from subject streams that reflect Massey’s strengths, such as biological sciences, environmental science, food and nutrition technology, computer and data science, and applied physical sciences. Typical topics include statistics for scientists, laboratory and field methods, research design and experimental practice, data analysis and modelling, and discipline-specific modules (for example, microbiology and food safety, ecological assessment, programming and databases, or materials and instrumentation).

The programme is delivered through a combination of lectures, practical laboratory or field classes, workshops and project-based assessments. Students normally complete a set of core courses to establish a common foundation, then select advanced courses in their chosen specialty. Some students may undertake a capstone research or industry project unit that integrates practical skills and produces a substantial applied outcome.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree or equivalent. Candidates with a degree in a non-scientific discipline but with relevant work experience or prior study in quantitative or technical subjects may be considered, often with specified prerequisite courses required before or during the Diploma. Admission decisions take into account academic transcripts, and for some specialisations, evidence of laboratory, field or computing experience may be requested.

International applicants must meet Massey University’s English language proficiency requirements through an accepted test or prior study in English. Meeting minimum academic and English requirements does not guarantee admission; selection may be competitive for some streams.

Career prospects

Graduates use the Graduate Diploma in Science and Technology to move into technical and professional roles across industry, government and research organisations. Common entry-level and progressing roles include laboratory technician, research assistant, environmental technician or field scientist, food technologist or quality assurance technologist, data analyst or junior software/developer roles where computing streams are taken, and applied technical positions in manufacturing and resource management.

The qualification also provides a pathway into postgraduate research and honours programmes for those who wish to continue academic study. Employers value the programme’s mix of practical skills, discipline knowledge and experience of managing a project or applied investigation.

Why study at Massey University

Massey is well known for its applied science teaching and strong links with industry and government, offering students access to modern laboratories, specialist facilities and field sites. The university has a long-established distance learning tradition, providing flexible delivery options that suit part‑time students and professionals. Students benefit from supervision by academic staff active in research areas aligned with regional and national priorities, and from connections to internships, industry projects and community-based research opportunities.

Massey’s multi-campus presence and emphasis on practical, career-focused education make it a practical choice for students seeking a conversion qualification or professional upskilling in science and technology.