To solve the world’s biggest environmental challenges, first, you need the tools to understand them.
The University of British Columbia’s Master of Geomatics for Environmental Management (MGEM) is an accelerated, 9-month, professional master’s degree program that provides essential training in the use and application of geospatial tools used to plan, develop, manage, and evaluate programs to protect and regulate natural habitats and renewable natural resources.
Why Choose the MGEM Program?
The use of geospatial data, tools, and technologies is crucial for making informed decisions that impact environmental management. This interdisciplinary degree blends landscape ecology training and quantitative spatial skills development to prepare graduates to tackle pressing environmental issues across multiple sectors.
Get hands-on experience.
Apply geospatial data to real-world challenges in environmental management through labs, projects, and workshops.
Expand your professional toolkit.
Gain expertise in geomatics technologies, methods, and tools grounded in emerging landscape ecology theories and principles.
Learn from the best in the field.
Courses are taught by our world-class faculty members and the FCOR 599 capstone course provides an opportunity to connect with real world mentors working in geomatics.
Connect with people from around the world.
As a globally-recognized faculty, we welcome outstanding students from over 40 countries annually.
What Will you Learn?
This 9-month professional master’s program combines a mix of theory and hands-on learning, beginning with a week-long welcome retreat.
- An intensive landscape ecology course on landscape and ecosystem modeling and environmental management
- Analytical and quantitative courses in GIS, remote sensing, image processing, spatial statistics, spatial data analysis, and programming
- Sector-focused project management training
As an MGEM graduate, you will be equipped to:
- model landscapes and ecosystems for planning and assessment
- integrate landscape ecology concepts with geomatics-focused tools for environmental management
- use geospatial data to address environmental concerns
- work in a variety of sectors – including academia, consulting, industry, government, NGOs, and the private sector
Gwyn Taylor
Aquatic Research Biologist
Fisheries and Oceans Canada
The Master of Geomatics for Environmental Management (MGEM) program provided me with the tools and technical skills to advance my career in the fields of geomatics and ecology. The coursework built on my coding and GIS skills from the basics to complex geospatial analyses used to tackle real-world problems in environmental management. I learned to work with valuable tools such as LiDAR, R, Python, and drones. The 599 capstone project provided a great opportunity to implement the skills gained, from initial research proposal to presenting my final results to the client.
Aster Chen
Attending the Master of Geomatics for Environmental Management (MGEM) program was definitely a wonderful journey in my studying life. The teaching team provided strong support during the 9-month session, cultivating my capability for advanced geospatial analysis with ArcGIS and programming using R/Python. The capstone project helped me develop research skills and introduced me to hands-on remote sensing techniques. This program has equipped me with solid technical skills required for the geomatics field nowadays, as well as various soft skills including project management and policy analysis which are assets for my future career. Most importantly, I encountered a group of incredible people through this program and I truly appreciate their intelligence and dedication.
Alex Huang
My time in the UBC MGEM program was unforgettable and valuable. The strong friendships I built with my classmates and the diverse course arrangements greatly aided my career planning. During my time in the MGEM program, I had numerous opportunities to engage in real-life scenarios of geospatial analysis. The curriculum offered a wide range of courses, from foundational geomatics theories to practical applications, as well as courses related to project management, ensuring that students could acquire skills with practical applications in real life and work. Throughout my time in MGEM, I mastered essential toolsets in the geomatics field, such as ArcGIS, QGIS, and some programming knowledge required for remote sensing. MGEM provided me with a better understanding of the geomatics industry and its applications in environmental management.
