- Developing a restoration plan for a coastal wetland (Hillman Marsh), outlining strategies and actions to restore the barrier beach and wetland plant community.- Synthesizing existing studies and climate trend data to outline risks and vulnerabilities.- Leading surface and ground water quality data collection and analysis efforts.- Monthly presentations to governing bodies, stakeholders, and Great Lakes community. - Preparing various reports, permits, and funding applications.- Planning and facilitating virtual and on-site meetings for a multi-sector stakeholder group.- Collaborating and consulting with First Nations and local community.

- Strategizing and implementing initiatives to promote the use of Nature-based Solutions within the Great Lakes through collaboration with government, academia, and NGOs.- Organizing webinars for the Great Lakes community, showcasing current NbS projects.

- Reconciled transactions at the close of each shift and completed balancing reports.- Led weekly inventory processes, receiving and inspecting incoming shipments, and maintaining accurate stock records.- Managed relines, overstock, and inventory ordering to prevent stock shortages.- Trained new team members and modernized outdated training modules.

- Planned and executed full coastal geomorphology research project, focusing on barrier beach dynamics and the impact of shoreline development on sediment transport and breach expansion and recovery.- Conducted both in-field (UAV and bathymetric surveys) and desktop (literature review) research, and analyzed and interpreted results using ArcGIS, Pix4D, and Microsoft Excel.- Delivered presentations at international conferences (AAG and YCSEC).- Wrote scientific papers for publication in the Journal of Great Lakes Research.

- Prepared and conducted lab sessions for undergraduate Environmental Science courses.- Graded lab reports and exams for classes of up to 200 students each semester.

- Conducted UAV surveys to collect shoreline data that contributed to ongoing coastal geomorphology research projects.- Utilized ArcGIS and Pix4D to process collected survey data, generating digital surface models, orthomosaic photos, and point clouds for accurate spatial analysis.

- Collected environmental and structural data through city wide site visits and workshops for the release of the City’s Environmental Master Plan, Climate Change Adaptation Plan, and Community Energy Plan.- Conducted Environmental Vulnerability and Risk Assessments across city departments.