- Gathering, analyzing, and creating knowledge in the field of environmental economics, spatial statistics, and the social impact of engineering in society.- Over 2,000 hours of applied statistical, econometric, and other scientific evaluation to analyze datasets for knowledge creation. Applied statistical methods range from exploratory data analysis and simple regression to neural networks and artificial intelligence.- Through an investment of 200 hours per year, learning and improving skills in technical and grant writing, securing $144,225 in funding to date, and publishing a combined total of 33 journal, policy, and technical documents as a lead and co-author.- Presenting research findings in weekly research meetings and travelling to international conferences to present research findings to a diverse audience of practitioners, policymakers, and government entities.- Through continuing education, investing 500 hours learning Python programming and statistics to create and clean datasets for further analysis. This included the development and management of large multisource datasets.- Through an investment of 500 hours, learning and applying ArcGIS software (Pro and Map) to solve problems in various fields. Methods include spatial modelling and statistics, applied geometric algorithms, and network analysis.

- Developing working relationships with public and private industry partners to provide policy and economic analysis, as well as field services in a variety of domains.- Creating datasets, including gathering and cleaning data to prepare for analysis using Python and SQL. Using various statistical methods to analyze and discern trends and patterns.- Analyzing and writing a policy paper on plastic waste in Canada.- Developing a methodology for modelling relating plastic waste generation to economic factors in Canada.- Through a $10,000 grant, developing, designing, and testing of low-cost technologies to improve tracking and accounting for waste at small regional landfills in Saskatchewan.- Providing field service for environmental audits.

- Developing technical knowledge in both office and field settings under the supervision of both the senior traffic and geometric design engineers.- Maintenance of 2 databases for collision statistics on Saskatchewan Highways (using MS Access). Statistical investigation of collision type and frequency using statistical and spatial analytics. Deliverables included a report and presentation on vehicle collisions in the province.- Developing provincial design standards for roads in Saskatchewan using AutoCAD Civil3D.- Researching and delivering a feasibility report on Energy-Absorbing End Treatments.- Completing statistical analysis of oversized vehicles on Saskatchewan highways.- Developing and implementing a standard plan for the installation of a short segment of guardrail to protect a traffic control device.