Upon completion of this undergraduate program in Environmental Geomatics, students will be able to:
- Analyze the Earth as an integrated system by examining dynamic flows, interactions, and exchanges at different spatial and temporal scales.
- Recognize, synthesize, and evaluate diverse sources of knowledge, arguments and approaches pertinent to exploring earth surface processes, biophysical systems and geomatics.
- Collect and analyze geographical data and interpret its significance within the context of the biophysical environment and surface processes.
- Analyze and communicate spatial data, processes, and relationships effectively using oral, written and visual forms.
- Identify and address environmental geomatics questions using creativity and critical thought in diverse settings (e.g. classroom, lab, field community and workplace)
- Investigate complex real-world challenges and solutions using appropriate concepts, methods and tools key to environmental geomatics.
- Demonstrate the importance of integrated environmental geomatics approaches to addressing challenges and changes in spatial technologies and the biophysical environment.
Co-op specific Learning Outcomes
- Apply inquiry, analysis and problem-solving skills to address environmental geomatics problems in a real-world and professional setting.
- Demonstrate personal and professional integrity when considering diverse views and perspectives.
- Reflect on work-integrated learning and connect professional experience to theories and concepts in environmental geomatics.
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