BIM Modeller Course

Lesson 1 • What BIM Is and Why It Matters

Defines Building Information Modelling and its value across design, construction, and operations. Grounds all subsequent modelling work in industry context.

Lesson 2 • BIM Standards and Protocols

Introduces internationally recognised BIM standards, open data formats, and employer information requirements. Ensures compliance awareness before modelling begins.

Lesson 3 • Introduction to BIM Software Ecosystem

Surveys leading authoring, coordination, and analysis tools used in BIM workflows. Prepares learners to select appropriate software for given project tasks.

Lesson 4 • BIM Dimensions and Maturity Levels

Explains 3D through 7D BIM dimensions and maturity progression from Level 0 to Level 3. Provides a framework for understanding project deliverable expectations.

Lesson 1 • Interface Navigation and Project Setup

Covers the software interface, project templates, and file management conventions. Correct setup prevents downstream coordination errors.

Lesson 2 • Doors, Windows, and Openings

Teaches placement, hosting, and parameter management for openings and fenestration. Accurate placement supports quantity takeoff and energy analysis.

Lesson 3 • Stairs, Ramps, and Railings

Covers vertical circulation elements using component-based and sketch-based methods. Students configure railings and landings to meet design intent.

Lesson 4 • Grids, Levels, and Reference Planes

Establishes the spatial framework that controls all model elements. Accurate grids and levels are prerequisites for disciplined modelling.

Lesson 5 • Views, Sheets, and Basic Annotations

Establishes view management and sheet organisation for deliverable production. Proper annotation links model data to drawing output.

Lesson 1 • Annotation and Detail Component Families

Covers creation of tags, symbols, and detail components that link to model data. Consistent annotation families ensure drawing standards compliance.

Lesson 2 • Geometry Creation in the Family Editor

Covers extrusion, blend, revolve, sweep, and void tools for building family geometry. Geometry must be lean and purposeful to maintain model performance.

Lesson 3 • Parameters, Formulas, and Constraints

Teaches instance vs. type parameters, shared parameters, and formula-driven dimensions. Parametric constraints make families adaptable and error-resistant.

Lesson 4 • Nested Families and Visibility Control

Demonstrates nesting families for complex assemblies and controlling geometry visibility by detail level. Visibility settings optimise performance across view scales.

Lesson 1 • Federated Model Assembly

Demonstrates linking architectural, structural, and MEP models into a federated file. Students manage linked file visibility and coordinate shared reference points.

Lesson 2 • Ductwork and Piping Routing

Teaches manual and automatic routing of ductwork and piping with fittings and transitions. Proper routing respects spatial constraints and coordination zones.

Lesson 3 • Structural Modelling Fundamentals

Covers columns, beams, foundations, and structural floors using analytical model principles. Structural elements must align with the architectural model for coordination.

Lesson 4 • MEP Systems Overview and Setup

Introduces mechanical, electrical, and plumbing system categories and their BIM representation. Correct system setup enables automated flow and load calculations.

Lesson 1 • Coordination Workflow Principles

Establishes the coordination process from model submission to issue closeout. A structured workflow prevents rework and maintains model integrity.

Lesson 2 • Model Quality and Validation Checks

Introduces model quality checks beyond geometry clashes, including data completeness and naming compliance. Quality validation ensures models meet employer information requirements.

Lesson 3 • Clash Detection Setup and Rules

Covers configuring clash tests, tolerance settings, and discipline-specific rules in coordination software. Correct rules reduce false positives and focus review effort.

Lesson 4 • Clash Review and Issue Management

Teaches reviewing clash results, assigning issues, and tracking resolution status. Systematic issue management ensures all conflicts are resolved before construction.

Lesson 1 • Common Data Environment Management

Explains CDE folder structures, access permissions, revision control, and approval workflows. Proper CDE use maintains a single source of truth for all project information.

Lesson 2 • Model Data Structure and Classification

Covers classification systems, object properties, and data schemas used to structure BIM information. Consistent classification enables downstream data use in asset management.

Lesson 3 • Schedules and Quantity Extraction

Teaches building element schedules, material takeoffs, and key schedule parameters. Accurate schedules drive cost estimation and procurement workflows.

Lesson 4 • Information Delivery Milestones

Maps information delivery to project phases from concept through handover. Students align model content and LOD to each delivery milestone.

Lesson 1 • 7D Facilities Management Integration

Prepares the model for handover to facilities management by embedding asset data. FM-ready models reduce operational costs and support maintenance planning.

Lesson 2 • 6D Sustainability and Energy Analysis

Uses BIM geometry and material data to perform energy and sustainability assessments. Early analysis informs design decisions that reduce operational carbon.

Lesson 3 • 4D Construction Sequencing

Links model elements to construction schedule activities to simulate build sequence. 4D simulation identifies sequencing conflicts before work begins on site.

Lesson 4 • Integrated BIM Workflow Review

Synthesises 4D, 5D, 6D, and 7D workflows into a unified project delivery process. Students evaluate trade-offs and select appropriate BIM uses for project context.

Lesson 1 • Model Auditing and Performance Optimisation

Teaches diagnosing model bloat, purging unused content, and optimising file performance. Lean models improve collaboration speed and reduce coordination errors.

Lesson 2 • BIM Execution Plan Development

Guides students through authoring a project-specific BIM Execution Plan aligned to employer requirements. A well-structured BEP governs all modelling decisions throughout the project.

Lesson 3 • Complex Geometry and Adaptive Components

Covers conceptual massing, adaptive component families, and form-driven design workflows. Advanced geometry techniques handle non-orthogonal and parametric building forms.

Lesson 4 • Dynamo for BIM Automation

Introduces visual scripting with Dynamo to automate repetitive modelling and data tasks. Automation reduces manual effort and enforces consistent model standards.