I am a lover of nature, technology, and art.
I use computer technology to manage, analyze
and visualize environmental and spatial data.
Currently, I am working towards a Masters of
Science in Geography at York University.
My undergraduate studies at Western University focused heavily on research
design, data analyses, and scientific writing. These skills are proving valuable
as I carry out the sceintific process for my thesis on hydrology in Iceland.
While my current research concerns the physical environment, I maintain awareness for the interactions between living and
non-living portions of the ecosystem
A large part of conservation is communicating scientific
findings and engaging with the public and policy makers. Reliable research and
strong visual communication are important for credibility.
A personable attitude and experience working with my local land trust allows me
to easily connect with community members through spoken and written words.
GIS (Geographic Information Systems) is a
powerful tool because it is useful for any project with spatially
distributed data. As a graduate of the GIS Application Specialist
Program at Fleming College, I can perform spatial analyses, manage databases, and create cartographically beautiful maps.
I have also worked as a land survey technician and am currently
working towards a MSc in Geography at York University
The University of Western Ontario
My undergraduate studies featured a diversity of courses framing concepts from the cell level to the global landscape level.
The Couchiching Conservancy
Canvassed the Orillia area to spread awareness of the importance of protecting local natural lands in light of Canada's 202 Biodiversity Goals and the global Aichi Biodiversity Targets
Sir Sandford Fleming CollegeIn 10 months, this intensive program taught me the esseintials in GIS spatial analysis, cartographic design, web design, Python programming, and database management
Through Sir Sandford Fleming College GIS Collaborative Project Course
Investigated and innovated 3 different methods to predict lake maximum and mean depth based on surrounding topology.