Massey University

What you'll study

The Bachelor of Science builds core knowledge in the natural and physical sciences while allowing you to concentrate on particular subject areas. Early study typically covers foundational subjects such as chemistry, biology, physics, mathematics and introductory statistics, laboratory technique and scientific communication. As you progress you choose a major or combination of majors from fields such as ecology and environmental science, molecular biology and biotechnology, chemistry, physics, mathematics and statistics, earth sciences, computing and data science, or food science.

• Core skills: scientific method, quantitative reasoning, statistics, data analysis, laboratory and fieldwork safety and technical skills.
• Discipline modules: subject-specific courses that develop depth in your chosen major—examples include cell and molecular biology, organic chemistry, inorganic chemistry, ecology and conservation, thermodynamics and mechanics, geoscience, programming for scientists, and biostatistics.
• Research project or capstone: many students complete an independent research project or supervised capstone in their final year, synthesising knowledge and practical skills.
• Electives and interdisciplinary study: opportunities to take elective papers across faculties to combine science with areas such as policy, business, veterinary or health sciences.

The degree structure is flexible: you can follow a broad general BSc or focus on one or more majors. Practical experience is emphasised through laboratory classes, field trips, computing assignments and group research projects.

Entry requirements

Admission to the Bachelor of Science requires university entrance via New Zealand secondary school qualification, an equivalent international qualification (such as the IB diploma) or successful completion of recognised tertiary study. Applicants typically need certified achievement in relevant secondary-level science and mathematics subjects. Specific programmes or majors may require particular prerequisite units—eg, biology and chemistry for biomedical or biotechnology pathways, or mathematics for physics and data science majors.

For applicants whose first language is not English, Massey requires an approved English language qualification or test score. Mature applicants with workplace or other learning experience may be considered on a case-by-case basis, and there are pathways from Massey’s foundation and bridging programmes for those needing additional preparation.

Career prospects

Graduates of the Bachelor of Science go into a wide range of roles across public, private and non‑profit sectors. Typical entry-level positions include laboratory or research technician, environmental technician or field officer, data analyst assistant, quality assurance and food safety roles, and technical roles in industry and government agencies. Many graduates continue to professional or postgraduate study—such as honours, masters or professional programmes—to move into specialist research, teaching, clinical laboratory work, environmental consultancy, or advanced analytical roles.

Because of the degree’s quantitative and analytical emphasis, graduates are also well placed for careers in emerging areas such as data science, bioinformatics, science communication, and policy advisory roles where scientific literacy is valued.

Why study at Massey University

Massey offers flexible delivery across campuses and online study options, allowing students to combine on‑campus laboratory and fieldwork with distance learning where appropriate. The university is known for applied research and industry connections, providing students access to modern laboratories, field stations and research projects across agricultural, environmental, biomedical and technological domains. Small-group practical classes and supervised projects give hands-on experience, while opportunities exist to work with research teams or undertake internships with industry and government partners. Support services such as learning advisers, careers guidance and dedicated postgraduate research supervisors help students progress from undergraduate study into employment or further study.