Why Study / Key Benefits

The Master of Geospatial Data Science (MGDS) at University of Canterbury is designed to develop advanced skills for analysing, modelling, visualising and communicating geospatial data.

Key benefits include:

• Combines geospatial data science with computer science, geography and data science.
• Develops skills in spatial programming, spatial analysis, geovisualisation and geospatial technologies.
• Covers the full geospatial workflow, from gathering location data using technologies such as drones, GPS and satellites through to communicating results through maps and visual models.
• Includes a 60-point supervised geospatial research project.
• Provides practical experience and opportunities to work with organisations that have geospatial knowledge needs.
• UC identifies a current geospatial skills shortage in Aotearoa New Zealand, creating opportunities across government, industry and community organisations.
• The programme can be undertaken part-time, making it possible to study alongside an existing career.

Programme Structure and Subjects / Topics

The MGDS is a 180-point taught master's qualification incorporating a substantial applied research project.

Core subjects include:

• GISC426 Spatial Data Science and AI – 15 points
• GISC402 Geospatial Data Science Research – 15 points
• GISC403 Geovisual Analytics – 15 points
• GISC404 Spatial Analysis – 15 points
• Geospatial Data Science Project – 60 points

The elective component provides flexibility. The regulations allow:

• Up to 45 points from GISC-coded courses.
• Up to 30 points from approved non-GISC electives.

Examples of 2026 geospatial electives include:

• GISC405 Environmental and Climate Data Analytics
• GISC406 Remote Sensing for Earth Observation
• GISC411 Spatial Analytics for Health, Society and Environment
• GISC412 Advanced Methods in Geospatial Data Science
• GISC415 Geospatial Data Science Internship
• GISC417 Special Topic

Other approved electives include areas such as:

• Data Wrangling for Data Science
• Forest geospatial monitoring
• Human Interface Technology
• Information systems
• Data management
• Big Data
• Data Mining

Disciplines / Specialisations

There are no formal majors, minors or endorsements within the MGDS.

Instead, students can shape their expertise through electives and the research project.

The programme is interdisciplinary and connects:

• Geospatial Data Science
• Geographic Information Science
• Data Science
• Computer Science
• Geography
• Environmental Science
• Earth Sciences
• Remote Sensing
• Spatial Statistics
• Health and social geography
• Climate and environmental data

Programme Highlights

Important highlights of the programme include:

• 180-point Level 9 master's qualification.
• 1 year full-time study option.
• February and July starts.
• Strong combination of coursework and applied research.
• 60-point industry-related research project.
• Training in spatial data science, GIS, spatial analysis and geovisualisation.
• Practical exposure to field data collection and geospatial technologies.
• Elective flexibility across geospatial and related data disciplines.
• Internship option within the approved elective offerings.
• Potential pathway to PhD study.
• Designed to prepare graduates for advanced geospatial roles.
• UC describes a current geospatial skills shortage in New Zealand.

Career Outcomes

UC states that MGDS graduates develop the problem-solving skills and technical knowledge needed for advanced geospatial roles.

Potential career roles specifically identified by UC include:

• GIS Analyst
• GIS Planner
• Local Government Analyst
• Geospatial Technology Developer

Potential employment sectors include:

• Private companies
• Government organisations
• Local government
• Community organisations
• Environmental organisations
• Geospatial technology companies
• Research organisations

Latest Updates / Special Requirements

The programme has undergone a qualification/name transition.

The current qualification is Master of Geospatial Data Science (MGDS), formerly the Master of Geospatial Science and Technology. The current formal regulations came into force on 1 January 2025.

The 2026 regulations are particularly important because they provide the formal course structure and admission requirements.

A notable requirement is prior GIS preparation. Applicants need the required undergraduate GIS background or GISC422/an approved equivalent. Students without the required preparation may need to complete additional approved study before admission.

International Student Visa Requirements

International students normally require a New Zealand Fee Paying Student Visa for this programme.

Immigration New Zealand currently states that the Fee Paying Student Visa:

• Costs from NZD 850.
• Can be granted for up to 4 years.
• Has an advertised processing timeframe of 80% within 8 weeks.
• Requires an offer of place from an approved education provider.
• Requires evidence of tuition funding or a scholarship.
• Requires evidence of sufficient living funds.
• Requires acceptable medical and travel insurance.
• Requires applicants to satisfy health, character and genuine-intention requirements.
• Requires evidence that the student can leave New Zealand at the end of their stay.