Geospatial Jobs

I have two large landscape projects with topo DWG surveys containing 2D loci and text spot elevations. I need these converted into 3D loci and a Vectorworks Landmark Digital Terrain Model (Site Model) that will form my “Existing Site” model in both 2D and 3D. Requirements: * Clean up the survey DWG (layers, units, coordinate system) and convert all relevant 2D loci/text elevations into accurate 3D loci suitable for Landmark’s Site Model. * clean up erroneous lines and polygons * split elements into discrete layers by class/type * Create a Landmark Site Model representing the existing terrain, set up for: * 2D graphics for aerial plans (contours, annotations, sensible classing) * 3D display for sections, visuals and analysis * File must be immediately compatible...

**Roof Measurement Specialist – ApliCAD XML Export** **Overview** We are building a roof measurement service and need experienced ApliCAD users to produce accurate roof measurement drawings exported as XML files. You will receive a property address and are responsible for sourcing your own imagery and producing a completed, accurate measurement. **What We Need Per Job** For each address provided, you will: - Source your own aerial/satellite imagery using Google Earth, Google Maps, Nearmap, or any tool you prefer - Open ApliCAD and trace the full roof geometry from that imagery - Identify and label all roof planes, edges, ridges, hips, valleys, eaves, rakes, and step flashings - Assign correct pitch to each facet based on your imagery and judgment - Export the completed drawing as a...

I want a complete Land-Use/Land-Cover history for the years 2006 through 2024 and a companion set of twenty morphometric layers for a catchment in Northeast India, all prepared in ArcGIS (Pro or Desktop). I have already gathered multi-temporal satellite imagery and several open GIS databases; you are welcome to supplement them if you feel additional scenes (e.g., Landsat 8, Sentinel-2) or DEMs will sharpen the results. The LULC portion should deliver one classified raster for every calendar year, harmonised to a common legend so change detection is straightforward. Overall classification accuracy should reach at least 85 %, and please include the confusion matrices so I can verify them. For morphology I need twenty parameters. Core layers such as slope, drainage density, TWI, NDVI, HAN...

I want a complete Land-Use/Land-Cover history for the years 2006 through 2024 and a companion set of twenty morphometric layers for a catchment in Northeast India, all prepared in ArcGIS (Pro or Desktop). I have already gathered multi-temporal satellite imagery and several open GIS databases; you are welcome to supplement them if you feel additional scenes (e.g., Landsat 8, Sentinel-2) or DEMs will sharpen the results. The LULC portion should deliver one classified raster for every calendar year, harmonised to a common legend so change detection is straightforward. Overall classification accuracy should reach at least 85 %, and please include the confusion matrices so I can verify them. For morphology I need twenty parameters. Core layers such as slope, drainage density, TWI, NDVI, HAN...

I have eight GDB-format geodatabases—about 10 GB each and roughly 140 layers apiece—that need to be merged into one consolidated repository within five days. During the transfer I expect strict validation, with data accuracy as the non-negotiable priority. Here is what I need from you: • Plan and carry out the migration using whatever stack you believe will deliver fastest and safest results (ArcGIS Pro / ArcPy, FME, GDAL/OGR, PostGIS tools, Python automation, etc.). • Run comprehensive checks on geometry, attribute completeness, and spatial reference so that every feature reaches the target store intact and correct. • Produce a brief report summarising the validation steps taken and any fixes applied, plus reusable scripts or workspace files so I can rerun...

I’m planning a full-scale GIS upskilling programme for a cohort of 40 colleagues and need a seasoned trainer who can guide them through both 2D and 3D mapping workflows from the ground up. The end-goal is practical, job-ready skill enhancement rather than formal certification, so every concept must translate directly to day-to-day project work. Scope * Design and deliver a curriculum that balances fundamentals with advanced techniques, moving from basic layer creation through to interactive 3D scene building. * Work with whichever stack you feel is most effective—ArcGIS Pro, ArcGIS Online, QGIS, CityEngine, or complementary tools like PostGIS and Blender—so long as trainees leave able to choose and justify the right tool for a task. * Blend lecture-style explanations wit...