Massey University

What you'll study

This programme builds core knowledge in geology, geomorphology, hydrology, geochemistry, soil science, ecology and climate systems, together with quantitative and laboratory skills. Teaching mixes lectures, laboratory practicals, GIS and remote sensing classes, and multi-day field trips to develop observational, mapping and sampling techniques.

• Foundations: mineralogy, petrology, sedimentology, introductory ecology and earth-surface processes.
• Environmental science: soil science, hydrology and water quality, contaminant transport, environmental monitoring and impact assessment.
• Analytical and technical skills: applied statistics, laboratory methods (geochemical and soil analysis), GIS, remote sensing and environmental data management.
• Applied topics and synthesis: natural hazards, coastal and riverine processes, land-use change, climate change science and adaptation strategies.
• Capstone and research experience: field-based projects, independent research or applied project work in collaboration with industry or regional councils; opportunities to progress to honours and postgraduate research.

Entry requirements

Applicants should have a strong secondary school background in science and mathematics. Typical preparation includes chemistry and/or physics, biology and mathematics; demonstrated competence in these areas is important for success in first-year courses. International students must meet Massey University's English language requirements.

Admission pathways include direct entry from secondary school, recognition of prior tertiary study, and alternative entry for mature applicants with relevant work or life experience. Students who want to specialise further may choose to continue into honours or postgraduate programmes after completing the bachelor degree.

Career prospects

Graduates are equipped for a wide range of roles in environmental and earth science sectors. The degree provides the technical and analytic skills employers look for in both the public and private sectors.

• Environmental consultant or environmental scientist working on impact assessments, remediation and monitoring
• Resource and land management roles with regional and national government agencies
• Hydrology and water-quality analyst, including water resource planning and monitoring
• GIS and remote sensing specialist supporting mapping, modelling and spatial analysis
• Natural hazards and risk assessment roles (landslides, coastal erosion, flood risk)
• Conservation, restoration and biodiversity roles with NGOs and iwi organisations
• Further study and research pathways with honours, masters and doctoral programmes leading to academic and specialist research careers

Why study at Massey University

Massey offers a practical, field-oriented approach to earth and environmental science with a strong emphasis on applied skills and real-world problem solving. Teaching teams include researchers active in environmental science and earth-systems studies, and students benefit from laboratory facilities, GIS and mapping resources, and regular field excursions that provide hands-on experience.

The programme is designed to be flexible so students can combine earth and environmental science with complementary subjects such as geography, ecology, environmental policy or resource management, and to build industry connections through project work and internships that enhance graduate employability.