Scott Galetka serves as the Land Records Administrator and Land Information Officer for Bayfield County, where he leverages his extensive expertise in Land Records Management and Geographic Information Systems (GIS) to enhance the county's land information services. In his multifaceted role, Scott is responsible for...
Scott Galetka serves as the Land Records Administrator and Land Information Officer for Bayfield County, where he leverages his extensive expertise in Land Records Management and Geographic Information Systems (GIS) to enhance the county's land information services. In his multifaceted role, Scott is responsible for overseeing a diverse range of programs, including the UAS (Unmanned Aerial Systems) initiative, land sales, real property assessments, GIS, rural addressing, and land surveying. His leadership extends to managing a dedicated team of six professionals, including a GIS Technician, UAS/GIS Projects Technician, Real Property Lister, Land Records Specialist, County Surveyor, and Addressing Coordinator, as well as interns, ensuring that each project aligns with the county's strategic goals.
Scott has been instrumental in promoting and implementing innovative solutions, such as the Northern UAS program, which integrates cutting-edge drone technology into land surveying and mapping processes. This initiative not only enhances the accuracy of data collection but also streamlines workflows, allowing for more efficient land management practices. His proficiency in geoprocessing, web mapping, and 3D mapping, combined with his hands-on experience with tools like ArcCatalog, ArcSDE, and GNSS technology, positions him as a key player in advancing Bayfield County's land information systems.
With a strong commitment to community engagement and social networking, Scott actively seeks to educate stakeholders about the benefits of GIS and UAS technologies. His vision for a more interconnected and data-driven approach to land management continues to drive Bayfield County towards a future of enhanced transparency and accessibility in land records.
