Video Category: Field-to-Finish/Auto-linework

In the final session of That CAD Girl’s 2022 Virtual Workshop series, Travis demonstrated advanced CAD project management workflows using tables, custom fields, and sheet sets. The session also covered Civil 3D conversions, LIDAR data handling, grading, watershed analysis, and integration with HEC-RAS for hydrology modeling. Key Topics: Automating project data with tables and custom fields Using Sheet Set Manager for large projects Civil 3D file conversion and XREF management LIDAR data processing and surface creation Watershed analysis and drainage modeling HEC-RAS integration for hydraulic design Grading and pad design enhancements Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Travis Maxwell on 12/13/2022. To access this content, you must purchase test webinar.

This virtual workshop session features civil engineer Bill Dennis demonstrating a streamlined field-to-office GIS and CAD workflow using Carlson Software. The presentation covers integrating GPS data, GIS mapping, and CAD design to improve efficiency in large-scale land development projects. Key Topics: Field-to-office GIS and CAD integration GPS-based conceptual design workflows Carlson Software tools for civil engineering Data export/import between CAD, GIS, and mobile devices Real-world project demonstration Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Bill Dennis of Civil Design Team LLC of Greer on 12/13/2022. To access this content, you must purchase test webinar.

This Carlson Software virtual workshop session, led by Travis Maxwell, demonstrates how to model waterline extensions and perform fire flow and hydrostatic pressure analysis using Carlson’s Pressure Pipe Network tools. The presentation covers setup, data input, hydraulic grade line calculations, and integration with EPA Net for validation. Key Topics: Pressure Pipe Network setup and configuration Fire flow and hydrostatic pressure testing Hydraulic grade line (HGL) and PSI-to-head conversions Integration with EPA Net for model verification Managing pipe crossings, profiles, and demand nodes Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Travis Maxwell on 12/13/2022. To access this content, you must purchase test webinar.

This virtual workshop showcased a real-world case study on designing a permeable paver stormwater system using Carlson HydroNet. Engineers from Finch & Associates demonstrated how to model complex drainage networks, link watershed areas, and simulate stormwater detention using Carlson’s 2022–2023 hydrology tools. Key Topics: Permeable paver stormwater design Carlson HydroNet modeling and routing Stormwater detention and drainage analysis Project case study: Veterinary hospital expansion in Knightdale, NC Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Finch & […] To access this content, you must purchase test webinar.

This virtual workshop demonstrates advanced stormwater design techniques using Carlson Software’s HydroNet Explorer. Presenter Travis Maxwell guides attendees through converting Civil 3D files, creating surfaces from Google Earth data, and designing detention and wet ponds within Carlson’s hydrology tools. Key Topics: Carlson Hydrology and HydroNet Explorer workflows Stormwater detention and wet pond design Civil 3D data conversion and surface modeling Curve number and time of concentration calculations Integration with Google Earth and LiDAR data Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Travis Maxwell on 12/13/2022. To access this content, you must purchase test webinar.

This recorded session from the 2022 Virtual Workshops features Carlson Software’s Mark Long demonstrating step‑by‑step civil design workflows in Carlson Civil and Hydrology. The class covers sanitary‑sewer and storm‑drain network setup, surface merging, pipe‑network editing, and profile design techniques used in real‑world subdivision projects. Key Topics: Creating and merging surface models (existing, finished‑grade, merged) Designing sanitary‑sewer networks and setting pipe parameters Storm‑drain design with hydrology and hydraulic calculations Using Carlson’s Spreadsheet Sewer Editor and profile‑view editing Managing automation, slopes, inverts, and crossings Workflow philosophy and training plans for future instructional videos Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Mark Long on 12/07/2022. To access this content, you must purchase test webinar.

This Carlson Software virtual workshop provides an in-depth demonstration of RoadNet for roadway and subdivision design, including surface modeling, template management, intersections, and grading workflows. The session covers practical techniques for widening roads, handling intersections, creating cul-de-sacs, and balancing earthwork using Carlson Civil tools. Key Topics: RoadNet setup and file structure Template Point Center Line and Template Series usage Intersection grading and profile adjustments Super elevation and cul-de-sac design Earthwork balancing and volume calculations Profile and cross-section generation Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was […] To access this content, you must purchase test webinar.

This session from the 2022 Virtual Workshops features Mark Long of Carlson Software demonstrating advanced CAD workflows using Carlson’s LotNet and RoadNet tools. The training covers efficient subdivision layout, automated lot labeling, setbacks, and roadway design for civil engineering and hydrology applications. Key Topics: Carlson LotNet setup and automation for subdivision design RoadNet configuration, templates, and grading workflows Surface modeling and triangulation (TIN) creation and validation Hydrology preparation and ground‑cover planning Troubleshooting performance and CAD layer management Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Mark Long on 12/07/2022. To access this content, you must purchase test webinar.

This session from the 2022 Virtual Workshops series covers advanced “Field to Finish” workflows in Carlson Software, led by Doug. The training focuses on coding strategies, symbol rotation, scaling, pipe and tree features, and automated labeling techniques for survey drafting efficiency. Key Topics: Field to Finish code setup and management Special codes (ROT, SZ, RAMP, etc.) Multi-point and rotation symbol handling Pipe and tree feature configuration GIS notes, attributes, and formulas Field-to-Finish Inspector and troubleshooting Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Doug Aaberg on 12/06/2022. To access this content, you must purchase test webinar.

This session of the 2022 Carlson Virtual Workshops provides an in-depth demonstration of Carlson’s Field to Finish tools for survey data processing. The instructor covers code table setup, special codes, templates, and workflow optimization for efficient CAD drafting and survey data management. Key Topics: Field to Finish code table setup and management Special codes (JOG, OFFSET, LTF, PARKING, etc.) FLD and F2F file configuration and sharing Symbol creation, labeling, and layer management Use of templates for curbs, steps, and parking lines Integration with Carlson Serve PC and GIS features Descriptions, transcripts and other details of this recording have been AI-generated and may contain errors. This session was presented by Doug Aaberg on 12/06/2022. To access this content, you must purchase test webinar.