BIM Architecture Course

Lesson 1 • What BIM Is and Why It Matters

Defines BIM as a process and data environment, not just software. Grounds the chapter by contrasting BIM with traditional drafting workflows.

Lesson 2 • Key Roles and Responsibilities in BIM

Maps BIM Manager, Coordinator, Author, and Information Manager roles to project tasks. Clarifies accountability structures essential for team collaboration.

Lesson 3 • BIM Dimensions and Maturity Levels

Explains 3D through 7D BIM dimensions and maturity progression from unmanaged CAD to fully integrated models. Provides a framework for evaluating project BIM capability.

Lesson 1 • View Management and Display Settings

Controls view range, detail level, visibility graphics, and view templates. Consistent display settings ensure drawings communicate design intent accurately.

Lesson 2 • Worksets and Collaboration Setup

Introduces worksharing concepts for multi-user environments and workset ownership rules. Prepares learners for team-based modelling covered in later chapters.

Lesson 3 • Navigating the BIM Authoring Interface

Covers ribbons, browsers, view controls, and keyboard shortcuts in a parametric modelling environment. Builds interface fluency needed for all subsequent modelling tasks.

Lesson 4 • Levels, Grids, and Reference Planes

Establishes the datum elements that control building geometry and storey heights. Accurate datums are prerequisites for wall, floor, and roof modelling.

Lesson 1 • Walls: Types, Layers, and Constraints

Models basic, curtain, and stacked walls with compound layer assemblies. Wall types form the primary enclosure system referenced throughout the course.

Lesson 2 • Doors, Windows, and Curtain Wall Panels

Places and configures hosted openings with correct sill heights and frame parameters. Opening data feeds door and window schedules produced in Chapter 5.

Lesson 3 • Roofs: Footprint, Extrusion, and Fascia

Generates flat, pitched, and complex roof forms using footprint and extrusion methods. Roof geometry directly affects envelope performance data in later BIM dimensions.

Lesson 4 • Stairs, Ramps, and Railings

Constructs code-aware stair assemblies, ramps, and railing systems using component-based tools. Vertical circulation elements complete the building shell model.

Lesson 1 • Nested Families and Visibility Controls

Embeds sub-families and controls their visibility by detail level and parameter toggle. Nested families reduce file size while maintaining visual fidelity across scales.

Lesson 2 • Parameters: Instance, Type, and Shared

Defines instance, type, and shared parameters and maps them to scheduling needs. Correct parameter types ensure data appears accurately in schedules and tags.

Lesson 3 • Understanding Family Categories and Templates

Explains how family categories control scheduling, tagging, and visibility behaviour. Choosing the correct template is the first decision in any family creation workflow.

Lesson 4 • Family Testing and Library Management

Validates families through flex tests, load tests, and schedule verification before library release. Organised libraries accelerate project setup and enforce office standards.

Lesson 1 • Sheet Setup and Title Block Configuration

Creates sheet families with project data fields, revision blocks, and logo placeholders. Consistent title blocks are mandatory for professional document sets.

Lesson 2 • Annotations, Tags, and Dimensions

Applies model-linked tags, keynotes, and dimension strings that update with geometry changes. Annotation accuracy reduces RFIs and field errors during construction.

Lesson 3 • Detail Views and Drafting Components

Creates callout details and drafting views with 2D linework that references model geometry. Hybrid detailing balances model accuracy with drawing production speed.

Lesson 4 • Schedules and Quantity Takeoffs

Builds room, door, window, and material schedules from model parameters. Schedule data feeds cost estimation workflows introduced in supplementary chapters.

Lesson 1 • Running and Filtering Clash Reports

Executes clash tests, applies discipline filters, and groups results by priority. Filtered reports focus coordination meetings on critical conflicts first.

Lesson 2 • Linking and Managing Discipline Models

Links architectural, structural, and MEP models using shared coordinates and manage links panel. Correct linking is the prerequisite for all coordination tasks.

Lesson 3 • Clash Detection Principles and Workflow

Defines hard, soft, and workflow clashes and explains the detection-to-resolution cycle. Understanding clash types prevents misclassification during coordination meetings.

Lesson 4 • Model Validation and Quality Control

Applies model checking rules to verify element properties, naming, and geometry integrity. Quality control gates prevent coordination errors from reaching construction.

Lesson 1 • Structural Analytical Model Review

Reviews the structural analytical model embedded in the BIM for member alignment and load path continuity. Coordination with structural engineers reduces design iteration cycles.

Lesson 2 • Energy and Thermal Performance Analysis

Runs whole-building energy simulations using model geometry and material data. Results inform envelope design decisions before construction documents are finalised.

Lesson 3 • Daylighting and Solar Analysis

Evaluates solar exposure, shading, and daylight factor using model orientation and glazing data. Analysis outputs guide window sizing and shading device design.

Lesson 4 • Accessibility and Code Compliance Checking

Uses model data to verify clearances, ramp slopes, and accessible route continuity against functional requirements. Compliance checking embedded in BIM reduces costly late-stage redesign.

Lesson 1 • Model Phasing and Design Options

Uses phasing and design option tools to represent existing conditions, demolition, and design alternatives. These tools support client decision-making and change management.

Lesson 2 • Writing a BIM Execution Plan

Structures a BIM Execution Plan covering uses, responsibilities, software, and exchange formats. A well-written plan aligns all project stakeholders before modelling begins.

Lesson 3 • Information Delivery Milestones

Maps model content to project milestones using level of information need definitions. Milestone planning prevents over-modelling early and under-delivery at key gates.

Lesson 4 • Common Data Environment Management

Configures folder structures, permission levels, and workflow states in a CDE platform. Proper CDE management controls information flow across all project phases.