Augustina Udofia

• Company Overview: Capstone Project - Data Validation Tools and Reporting
• Integrate existing GIS service (G-Tech) into ESRI ArcGIS suites
• Analyze surface and geospatial data, and prepare reports
• Work directly with various team members to acquire results
• Ensure high-quality data using ArcGIS Data Reviewer and Python Scripting
• Set Attribute rules to correct attribute challenges
• Run quality data analysis and quality control (QA/QC) on attribute data
• Use ArcGIS Data Reviewer to automate and validate the data
• Develop interactive dashboards using tools like ArcGIS Dashboard or QGIS web Application
• Design Map and Dashboard for Reporting and Visualization with Esri ArcGIS Pro and ArcGIS Enterprise
• Implement attribute rules that identify data quality requirements
• Capstone Project - Data Validation Tools and Reporting

Geospatial Project Foundation—Wind Turbine Site Suitability

• Find suitable locations for wind turbines within a 50 km radius of Calgary.
• Use ESRI ArcGIS Pro to digitize the study area.
• Perform statistical analysis of wind speed data and create a wind speed raster.
• Performing slope analysis and clipping polygons to study the area.
• Use predetermined parameters to perform cost path analysis to determine the best location.
• Create a map showing the suitable locations using ESRI ArcGIS Pro.
• Geospatial Project Foundation: Wind Turbine Site Suitability.

• Company Overview: Laboratory Analysis
• Collect rock, mineral, soil, or sediment samples from field locations following standard protocols
• Prepare samples for analysis by cleaning, drying, crushing, grinding, and sieving to the required specifications
• Identify minerals present in rock samples using techniques such as polarized light microscopy (PLM), X-ray diffraction (XRD), and scanning electron microscopy (SEM)
• Determine mineral composition, Crystal structure, and textural relationships within the samples
• Conduct thin section preparation of rock sample for examination under petrographic microscope
• Perform chemical analysis on rocks, minerals, or soil samples to determine elemental composition
• Determine fluid composition, temperature, pressure conditions, and potential minerals decomposition mechanism
• Analyze laboratory data to conclude rock origins, geological history, and depositional environment
• Implement quality control measures to ensure the accuracy and responsibility of laboratory results
• Stay updated with advanced laboratory techniques, analytical methods, and instrumentation
• Laboratory Analysis

• Company Overview: Learning and supporting the analysis of seismic data for use in industries like oil and gas, environmental sciences, or earthquake monitoring
• Served as a liaison between the business departments and the technology development team
• Assist in gathering raw seismic data from various sources or field recordings
• Learn to preprocess, clean, and prepare seismic data for analysis, removing noise and other data artifacts
• Use seismometer software to manage and process large volumes of data
• Use of seismometer to interpret seismic waves and identify key patterns or anomalies in the data
• Use seismic data analysis to evaluate underlying geological features, such as forecasting earthquakes and resource exploration
• Making seismic models in two and three dimensions to illustrate the results
• Attend team meetings and contribute to discussions on data findings, troubleshooting, and project progress
• Learning and supporting the analysis of seismic data for use in industries like oil and gas, environmental sciences, or earthquake monitoring