The Postgraduate Diploma in Arts (Geospatial Science) at Massey University is a specialised postgraduate qualification focused on spatial technologies and geographic information systems (GIS). The programme is designed for students who want advanced technical and analytical skills in geospatial science and spatial data analysis.

The qualification combines theory, applied GIS practice, geoinformatics, remote sensing, spatial databases, and programming for GIS applications. It is suitable for graduates from social sciences, environmental sciences, geography, planning, agriculture, and related disciplines.

Why Study Geospatial Science – Postgraduate Diploma in Arts at Massey University?

Students choose this programme because it offers:

• Strong practical focus on GIS and geospatial technologies
• Flexible online and distance learning options
• Advanced training in spatial data analysis and mapping
• Exposure to remote sensing and geoinformatics
• Industry-relevant technical skills including GIS programming
• Opportunities to combine geospatial science with other disciplines
• Pathway to master’s-level study and research
• Growing career demand in New Zealand and internationally

Programme Structure / Subjects Offered

The programme combines theoretical and applied geospatial science training.

Compulsory Course

GIS Principles and Applications

Students develop:

•  Spatial data analysis skills
• GIS fundamentals
• Spatial visualisation techniques
• Geospatial data management knowledge

Elective / Specialist Courses

GIS Programming and Practice

Topics include:

• Python programming for GIS
• GIS project design
• GIS implementation
• Spatial data automation

Applied Geography Project

Students undertake:

• Independent supervised project
• Applied geospatial analysis
• Research and reporting

Location Systems: Spatial Databases, Tools and Applications

Focuses on:

• Spatial databases
• Location-based systems
• Web mapping applications
• Open-source GIS tools

Environmental GIS

Students explore:

• Environmental spatial modelling
• GIS for environmental analysis
• Resource mapping

Environmental Remote Sensing

Topics include:

• Satellite imagery
• Remote sensing techniques
• Earth observation systems
• Spatial image interpretation

Research Report

Students may complete:

• Advanced research project
• Independent investigation
• Applied geospatial research

Topics and Areas of Study

Students may study:

•  Geographic Information Systems (GIS)
• Geospatial Analytics
• Remote Sensing
• Cartography
• Web Mapping
• Geoinformatics
• Spatial Databases
• Python Programming for GIS
• Environmental GIS
• Earth Observation
• Spatial Modelling
• Spatial Data Management
• Environmental Monitoring
• Spatial Decision-Making

Disciplines / Specialisations Offered

Within the PGDipArts, students may focus on:

• GIS
• Remote Sensing
• Geoinformatics
• Environmental Spatial Analysis
• Spatial Databases
• GIS Programming
• Applied Geospatial Research

The programme also supports interdisciplinary integration with:

• Planning
• Agriculture
• Environmental Science
• Public Health
• Business Analytics
• Resource Management

Career Outcomes

Graduates may work in:

• GIS and Spatial Analysis
• Geospatial Analytics
• Environmental Consulting
• Urban and Regional Planning
• Conservation Management
• Natural Resource Management
• Public Health Mapping
• Government Spatial Data Services
• Remote Sensing Analysis
• Business and Market Research
• Infrastructure Planning
• International Development
• Geospatial Technology Companies

The programme can also lead to:

• Master’s degrees
• Research careers
• Professional GIS certification pathways

Highlights of the Programme

•  Industry-focused GIS and geospatial training
• Flexible online and distance learning
• Practical GIS programming skills
• Exposure to Python for GIS
• Remote sensing and Earth observation training
• Research project opportunities
• Interdisciplinary applications across multiple industries
• Strong employment demand for geospatial graduates

Latest Updates / Special Requirements

Students should note:

•  Completing an endorsement in Geospatial Science is compulsory.
• Some advanced courses have prerequisite requirements.
• GIS Programming requires prior GIS study or equivalent knowledge.
• Research projects may require appraisal approval.
• Returning students should check transitional programme regulations for curriculum updates.

Visa Requirements for International Students

International students studying in New Zealand generally require:

• Valid New Zealand student visa
• Offer of place from Massey University
• Proof of tuition fee payment
• Evidence of sufficient living funds
• Valid passport
• Medical and travel insurance
• English language proficiency documents

Students should also review:

•  Part-time work rights during study
• Post-study work visa opportunities
• Health and character requirements under New Zealand immigration rules