Program Overview

Master of Geospatial Data Science

The Master of Geospatial Data Science (MGDS) equips current and future geospatial professionals with experience in GIS and location data analysis, for leadership roles in government, industry, and research.

Introduction

This taught Master's offers foundational knowledge for those from a diverse range of backgrounds to acquire the knowledge, skills, and industry networks to work effectively in a geospatial environment. It will also provide development opportunities for those already in the industry.

What Will My Study Involve?

The programme intersects relevant disciplines such as Data Science, Computer Science, and Environmental Science with spatial analysis. You will gain skills in programming, research analysis, database management, using and applying geospatial technology, and communication.

Why Study a Master of Geospatial Data Science at UC?

• UC has extensive research strengths and strategic partnerships in the field of geospatial technology, such as Toi Hangarau | Geospatial Research Institute.
• MGDS students will be able to apply their geospatial skills through lab and field work, an industry-relevant research project, and the opportunity for an internship.
• Students without previous experience in geospatial technologies will be able to take a foundational course as part of the degree.
• Geospatial science is recognised on Immigration NZ's current Long-Term Skill Shortage List.

Entry Requirements

You will need to have achieved at least a B Grade Point Average in 300-level courses in an area which is relevant to Geographic Data Science eg, computer science, environmental science, the digital humanities, or any other relevant subject. Those who have not previously taken GIS courses must complete 30 points of undergraduate GIS courses eg, GEOG205, GEOG208, GEOG323, or GISC422.

• If you are an international student and need help meeting these requirements, study UC's Pre-Master's One Semester programme to gain entry into this degree.
• If you are a domestic student and need help meeting these requirements, study UC's Diploma in Advancing University Studies to gain entry into this degree.
• If English is not your first language, you are also required to meet UC's Postgraduate language requirements.

Degree Structure

The MGDS requires 120 points of coursework, plus a 60-point industry-based research project.

• The degree can be completed in 1 year full-time, or up to 3 years part-time, beginning in February or July.
• The MGDS includes four compulsory courses covering core geospatial competencies, plus a further 60 points of elective courses.
• A 60-point collaborative industry-related research project will also be completed in partnership with a geospatial organisation or an organisation with geospatial knowledge needs.

Compulsory Courses

• GISC401 Foundations of Geographic Information Science
• GISC402 GI Science Research
• GISC403 Geovisual Analytics
• GISC404 Spatial Analysis

Elective Courses

• up to 45 points from the GISC course list
• up to 30 points from the non-GIS course list

Research Project

• GEOG693 Geospatial Science and Technology Project

Fees

Domestic Students

2025 tuition fee estimate: $14,281 (180 points)
2026 tuition fee estimate: $15,138 (180 points)

International Students

2025 tuition fee estimate: $65,700 (180 points)
2026 tuition fee estimate: $67,950 (180 points)
2027 tuition fee estimate: $71,400 (180 points)

Student Services Levy (SSL)

2025 SSL: $9.72 per point ($1,166.40 per 120 points)
2026 SSL: $10.30 per point ($1,236.00 per 120 points)

Further Study

You may go on to Doctor of Philosophy (PhD) studies in a large variety of related subjects, for example Geography.

Career Opportunities

The MGDS provides graduates with the problem solving skills and technical knowledge to undertake advanced geospatial roles.

• There is currently a geospatial skill shortage in Aotearoa New Zealand, which graduates of this degree will be able to fulfil in a range of different industries, including the private sector, government, and community organisations.
• Potential roles could be GIS analyst, GIS planner, local government analyst, or geospatial technology developer.