ERIC R. FENSKE

· Engineered AI rubrics, prompts, and training resources to guide the generation of AutoCAD drawings and QGIS maps.

· Established evaluation standards for assessing AI-generated CAD and GIS outputs for accuracy.

· Partnered with a remote multidisciplinary team to refine AI workflows and support innovative solution development.

· Applied expertise in AutoCAD, QGIS, GIS and geospatial workflows to strengthen AI training, evaluation, and output quality.

• Streamlined recurring GIS workflows through ArcGIS Pro Tasks and Python scripting, reducing manual processing and enhancing operational efficiency.
• Harmonized schemas, attributes, and data structures across enterprise datasets, enhancing data integrity and interoperability for improved usability.
• Transformed legacy geographic datasets into the Spatial Data Standards for Facilities, Infrastructure, and Environment (SDSFIE) schema, strengthening compliance with federal geospatial data standards.
• Evaluated space utilization data and maintained geospatial information to facilitate NASA facility planning and optimize resource allocation.
• Validated and refined utility and infrastructure datasets to ensure data accuracy and reliability in support of effective facility management and planning.
• Provided geospatial solutions for NASA.
• Implemented process improvements within GIS operations, resulting in streamlined data analysis workflows.
• Conducted training sessions for junior analysts on GIS tools and best practices, enhancing team capabilities.
• Developed and maintained GIS databases ensuring data integrity and accessibility for teams.

• Engineered ETL workflows, address point geocoding, and CAD data preparation to support Enhanced 911 operations and maintain accurate emergency response data.
• Redesigned legacy GIS workflows with Python and ArcGIS ModelBuilder, enhancing efficiency and maintainability by reducing reliance on ArcGIS Desktop and FME.
• Administered ArcGIS Enterprise environments, including servers, data stores, licensing, and virtual machines, to support reliable GIS infrastructure and system operations.
• Developed client-facing maps and dashboards, along with GIS marketing materials, to communicate geospatial information and enhance client engagement.
• Supported VnuIT's ESRI Business Partner Status attainment by creating GIS deliverables and marketing materials that showcased technical capabilities and service value.
• Utilized Machine learning for wildfire and war damage change detection.
• Provide GIS solutions for Valley Communication Center.
• Created detailed maps and visualizations to communicate complex geographic information effectively.
• Collaborated with cross-functional teams to integrate GIS solutions into broader project workflows.
• Analyzed spatial data to support decision-making processes and improve operational efficiencies.
• Developed and maintained GIS databases ensuring data integrity and accessibility for teams.

• Advanced the development of a digital twin for Duquesne Light's electrical distribution network, supporting accurate geospatial representation of utility infrastructure.
• Inspected LiDAR-derived data for electrical distribution assets, ensuring accuracy and validating spatial relationships to enhance network connectivity.
• Conducted Utility Network validation, topology analysis, and network tracing to support testing of Advanced Distribution Management System (ADMS) and Outage Management operations.
• Advised project teams on ArcGIS Pro functionality, streamlining GIS workflows and enhancing geospatial data management.
• Assessed GIS data and network relationships to identify connectivity issues, ensuring integrity and enabling reliable utility distribution analysis.
• Provide GIS services for Duquesne Light Co.
• Analyzed spatial data to support decision-making processes and improve operational efficiencies.
• Developed and maintained GIS databases ensuring data integrity and accessibility for teams.

• Established the City's GIS program from inception, developing foundational geospatial infrastructure covering more than 200 miles of linework and 7,000 utility assets.
• Coordinated citywide GIS operations, enhancing OneCall administration and providing engineering support while managing utility data and updating as-built records to ensure operational accuracy.
• Integrated field-collected data into GIS workflows, ensuring accurate utility records that facilitated infrastructure planning and engineering coordination for informed operational decision-making.
• Architected GIS schemas, databases, and field data collection workflows using Trimble R2 and Esri mobile applications to improve data capture, organization, and accessibility.
• Trained field and office personnel on Utility Network and Roads & Highways solutions, promoting GIS adoption and ensuring consistent use of enterprise geospatial tools across departments.
• Managed utility service operations for local government.
• Coordinated utility services to ensure timely and efficient community support.
• Managed project timelines and resource allocation for utility enhancements.

• Refined electrical circuit maps using CAD and GIS applications, collaborating with engineers and field personnel to ensure precise electrical network representations.
• Validated asset attributes, device connectivity, and network relationships, ensuring data integrity for Advanced Distribution Management System (ADMS) and Outage Management operations.
• Investigated discrepancies in circuit and asset data, partnering with engineering and field teams to resolve mapping issues and improve reliability of GIS records.
• Administered street lighting data through Citrix remote access, maintaining current records to enhance utility infrastructure mapping accuracy.
• Mentored GIS team members on technical workflows and project requirements while communicating project progress and operational updates to management.
• Provide GIS services for West Penn Power.
• Developed and maintained GIS databases to support project planning and analysis.
• Conducted spatial data analysis to identify trends and inform decision-making processes.

• Designed and tested integrated workflows across ArcGIS Online, ArcGIS Collector, and ArcGIS Pro to support efficient field data collection and GIS operations.
• Automated data processing tasks using Python, improving workflow efficiency and consistency across geospatial data management activities.
• Implemented UPDM linear referencing workflows, enhancing pipeline data organization, spatial accuracy, and integration across utility GIS environments.
• Conducted quality assurance and quality control reviews of technician-supplied GIS data and documentation, ensuring data accuracy and identifying discrepancies.
• Oversaw Maximum Allowable Operating Pressure (MAOP) documentation and verification activities, ensuring regulatory compliance and maintaining accurate pipeline records.
• Provide GIS services for National Fuel.
• Developed and maintained geospatial databases to support project planning and analysis.
• Conducted spatial analysis using ArcGIS to inform decision-making processes.

• Conducted source water protection analysis of aquifer in Alden, NY, which was independently verified by a Buffalo State University Professor.