The Geospatial Analyst will primarily be responsible for the spatial analysis, mapping, data storage, collection, and maintenance, and visualization of environmental and civil engineering projects as part of a grant focused on sediment reduction through upgrading and replacing failing culverts, ponds, bridges, and rural roads. The Geospatial Analyst will help ensure accurate and efficient planning, implementation, and monitoring of restoration projects, as well as communication of project activities and data with collaborators, funders, relevant agencies, and the public as appropriate. This work will enable our team to make data-driven decisions that best support our restoration efforts and that comply with regulatory standards and grant deliverables. Planning and monitoring data will be collected through a variety of techniques, including the use of a UAV (drone) which will have the ability to collect high resolution aerial imagery and LiDAR data. The Geospatial Analyst will then process that data into 3D maps to best inform design and restoration plans. The Geospatial Analyst will also be responsible for creating a variety of spatial datasets and projects, including survey forms used by field staff as well as maps to communicate project results or for use in the field. Other duties of the Geospatial Analyst will include managing, mapping, and spatially analyzing biological data from other environmental projects, and working with other staff to assist with maps needed for environmental education and outreach. This position will also play an important role in all organizational grants and the ideal candidate will be able to collect, convey, and analyze a variety of environmental data related to forestry, botany, wildlife, hydrology, soils, roads, and civil infrastructure throughout the state.