Advanced Revit / BIM for Construction Documents

Lesson 1 • Project Setup and Templates

Covers project units, browser organisation, and starting from a template. Proper setup prevents rework and enforces office standards from the first session.

Lesson 2 • Revit Interface and Navigation

Introduces the Revit UI, ribbon, browser, and view controls. Efficient navigation habits established here accelerate every subsequent modelling task.

Lesson 3 • BIM Concepts and Industry Context

Defines BIM as a process, not just software, and contrasts it with CAD-based workflows. Sets the conceptual foundation for all model-driven documentation covered in the course.

Lesson 1 • Floors, Roofs, and Ceilings

Creates sloped and flat floor slabs, roof forms, and reflected ceiling planes. These elements complete the building envelope and host MEP and structural elements.

Lesson 2 • Levels, Grids, and Reference Planes

Establishes the datum elements that control all hosted geometry. Correct datum setup ensures walls, floors, and roofs respond predictably to design changes.

Lesson 3 • Stairs, Ramps, and Railings

Builds code-compliant vertical circulation using the stair-by-component workflow. Railings are attached to stairs and ramps to complete accessible design documentation.

Lesson 4 • Structural Elements in Architectural Models

Places structural columns, beams, and foundations within an architectural model. Coordination with structural disciplines begins at this modelling stage.

Lesson 1 • Phasing and Design Options

Uses phasing to show existing, demolished, and new construction in a single model. Design options allow parallel design alternatives without duplicating the model.

Lesson 2 • View Templates and Standards

Creates and applies view templates to lock graphic settings across multiple views. Templates are the primary tool for enforcing office and project-wide drawing standards.

Lesson 3 • Visibility and Graphics Overrides

Controls element display through Visibility/Graphics, filters, and phase settings. Precise graphic control separates construction documents from generic model exports.

Lesson 4 • View Types and Their Purposes

Distinguishes floor plans, ceiling plans, elevations, sections, and 3D views by function. Selecting the correct view type is the first step in producing accurate construction documents.

Lesson 1 • Symbols, Spot Elevations, and Coordinates

Places spot elevations, spot coordinates, and slope annotations on plans and sections. These annotations communicate precise vertical and horizontal data to contractors.

Lesson 2 • Dimensioning Strategies and Types

Places aligned, linear, angular, and radial dimensions tied to model geometry. Dimension strings that reference model elements eliminate manual measurement errors.

Lesson 3 • Text, Notes, and Leaders

Adds keynotes, general notes, and leader text using Revit text families. Consistent note formatting is enforced through text type parameters.

Lesson 1 • Solid and Void Geometry in Families

Creates extrusions, blends, revolves, sweeps, and voids to model complex shapes. Combining solids and voids produces accurate geometry for fabrication-level documentation.

Lesson 2 • System Families and In-Place Families

Modifies wall, floor, and roof system families and creates in-place geometry for unique conditions. In-place families address one-off site conditions without polluting the family library.

Lesson 3 • Family Editor Fundamentals

Introduces the Family Editor environment, templates, and reference plane structure. A well-structured family template prevents geometry failures when parameters change.

Lesson 4 • Family Testing and Library Management

Tests families for parameter flexibility, schedule reporting, and rendering appearance. A managed family library ensures consistent content across all projects.

Lesson 1 • Schedule Formatting and Sheet Placement

Formats schedule appearance with headers, shading, and column widths for sheet output. A well-formatted schedule communicates data clearly without additional drafting.

Lesson 2 • Room and Area Schedules

Places room elements, defines area schemes, and schedules net and gross areas. Room data drives space planning, occupancy calculations, and finish schedules.

Lesson 3 • Material Takeoff Schedules

Generates material takeoffs that quantify wall, floor, and roof assembly layers. Accurate material quantities support cost estimation and procurement planning.

Lesson 1 • Revision Tracking and Issue Management

Adds revision clouds, tags, and revision sequences to track design changes on sheets. Revision history embedded in the title block satisfies contractor and owner documentation requirements.

Lesson 2 • Printing and PDF Export

Configures print settings, print sets, and PDF export for full document set output. Consistent print settings prevent line weight and scale errors in issued documents.

Lesson 3 • Title Blocks and Sheet Setup

Creates and customises title block families with project parameters and revision fields. A parametric title block automates sheet data and reduces manual entry errors.

Lesson 4 • Sheet Index and Drawing List

Generates a drawing list schedule that serves as the sheet index for the document set. An automated sheet index updates instantly when sheets are added or renamed.

Lesson 1 • Worksharing and Central Models

Enables worksharing, creates a central model, and manages local file synchronisation. Worksharing allows multiple team members to edit a single model without overwriting each other's work.

Lesson 2 • Clash Detection and Interference Checking

Runs Revit's interference check and interprets results to resolve hard clashes. Early clash resolution reduces costly field conflicts and RFI volume during construction.

Lesson 3 • Worksets and Element Ownership

Organises model elements into worksets by discipline or building system. Workset-based visibility control reduces model load times and prevents accidental edits.

Lesson 4 • BIM Execution Plans and Standards

Defines BIM Execution Plan components, model authoring responsibilities, and deliverable milestones. A documented BEP aligns all project stakeholders on model use and data exchange expectations.