Revit & Civil 3D for Mastering Landscape BIM Workflow

Master Revit basics: start a new project, navigate the interface and ribbons, create levels, walls, doors, floors, and roofs, and manage CAD imports, views, tags, sections, and schedules for landscape BIM.

Explore the project browser in Revit and Civil 3D for landscape BIM, navigate views, sheets, and templates, apply view templates, manage references, and implement ISO 9650 naming and CDE practices.

Organize landscape project browser by adding discipline parameters, assigning them to views and sheets, excluding from view templates, and defining landscape package, master plans, planting master plans, and site sections.

Apply five Revit parameter types—system, project, family, shared, and global—to manage element data, with clear use cases and limitations.

Differentiate between type parameters and instance parameters; type parameters define fundamental properties shared by all instances and are edited in the edit type dialog, while instance parameters vary per element.

Differentiate system and component families in Revit: system families are built-in and non-loadable, while loadable component families (RFA) are external and reusable across projects, such as walls and plantings.

Discover essential Revit template contents, including components and system families, annotations, view templates, and schedules. Learn how starting view, project browser organization, line styles, and materials improve consistency and performance.

Acquire coordinates from the site survey CAD file, align to the global coordinate system, switch to true north, and publish coordinates so CAD and Revit share a common location system.

Learn to use work sets to segregate data, control access, and synchronize changes in a central model, and manage ownership with editable versus non-editable options.

Organize project views and sheets in a landscape BIM workflow by establishing a central model, defining view types, scope boxes, match lines, and sheet references.

Create key plans in Revit for landscape BIM by inserting a key plan CAD file, scaling to fit the title block, and converting lines to a unified annotation.

Explore massing and site breakdown in Revit for landscape BIM, focusing on topo solid creation, contour lines, elevation points, and site components to model grading and pathways.

Use Civil 3D to grade the site by converting polylines to feature lines, creating surfaces from them, and applying slope intervals and colors to achieve pedestrian friendly grades.

End all vehicle circulations first in Civil 3D grading, define the new service boundaries, and create the outer platform surface from road feature lines with step offset and elevations.

Master grading work in Civil 3D for landscape bim by adjusting slope arrows on surfaces, weighing manual calculations for stairs, and exporting surfaces to land XML for import into Revit.

Master grading with Revit by creating hardscape floors, importing 3D surfaces, and using Dynamo to apply five floor types to Topo Solid via CAD linking and topography.

Learn to model hardscape floors in Revit by configuring floor layers, core boundaries, and materials, assign layer functions and priorities, and add project parameters for organized schedules.

Learn to model hardscape curves in Revit by using the railing category, customizing rail structure and pilaster placement, and creating profiles to form curbs.

Model site walls and seat walls in Revit using wall command, editing structure, layering reinforced concrete and brick, applying wraps, reveals, sweeps, and profiles to create retaining walls.

Model hardscape site walls using the railing command in Revit, creating retaining walls for lake and planters, editing railing profiles, hosting on pathways, and adding project parameters.

Model hardscape guardrails in Revit using railing system families and baluster placement, defining patterns, offsets, and post placement for stairs and curved segments.

Model hardscape ramps and wall-mounted handrails in Revit, using ramp or floor subelement methods, adjust slopes, base map CAD, and boundaries, and apply railing-based retaining walls for landscape BIM workflows.

Model hardscape stairs and floor-mounted handrails in Revit for landscape BIM. Learn to create stair runs, landings, and risers with customizable base and top levels, offsets, and handrail parameters.

Model hardscape and site improvements in a dedicated work in progress view set, align flaws to TopSolid via Dynamo, and prepare lake zone pavements for upcoming schedules.

Learn to create and customize schedules for hardscape in Revit, add and modify parameters, apply calculated parameters, sort, filter, and format for cost analysis.

Learn to create parametric site components like a pergola and parking canopy using generic model families with parameters, arrays, and testing, then prep for Civil 3D and Dynamo.

Learn site component placement with Civil 3D and Dynamo: process basemap blocks, create an overall surface, link CAD to Revit, and align family types with CAD blocks.

Produce schedules for site components in a landscape BIM workflow, including site furniture, signage, lighting, and site improvements, using shared and project parameters organized by view category and subcategory.

Learn to model planting elements by component family in Revit, creating a citrus aurantium tree with radius and crown height parameters, and detail-level visibility.

Place planting components created with Dynamo script in a new Revit project, then generate and format planting schedules by subcategory and key parameters with two decimal places.

Learn to create planting by area using topo solids, assign materials and planting parameters, and generate planting by area schedules for shrubs and ground covers.

Create setting out point families with x and y coordinates, distribute them across hardscape, planting, lighting, signage, and site furniture, and generate tags and schedules using Dynamo.

Use the interference check tool to coordinate landscape and architecture models, prevent conflicts, identify and resolve clashes, export interference reports, and streamline revisions within a landscape BIM workflow.

Create and standardize view templates for each package in a landscape BIM workflow, aligning visibility, scale, and patterns across general arrangement, grading, hardscape, planting, and coordination.

Create and apply view filters in landscape BIM workflows, color-code subcategories such as curves, handrails, guardrails, and retaining walls, and adjust visibility in view templates.

Create and place spot elevations for different level types in landscape architecture, distribute them across the grading master plan, and adjust appearance, text, and units using survey and base points.

Learn to create and replace annotation tags for all project categories, load and use custom tag families, and apply tag by category with aligned leaders across sheets and views.

Create and tag family tags for all project categories on sheets. Align labels, update view references, and build legends using codes and area parameters.

Learn the best workflow in Revit for landscape site sections and callouts, including sheet setup, section views, detail calls, material tagging, visibility tweaks, and typical detail reuse.

Learn how revisions track changes in Revit projects, issue drawings, and coordinate updates across disciplines using the revision window, clouds, tags, and recipients.

Explore exporting in Revit for landscape BIM workflows, including pdf, dwg, jpg, nwc, and image exports, to support documentation, coordination, and visualization.