BIM Course

Lesson 1 • Key Stakeholders and BIM Roles

Maps project roles including BIM Manager, Coordinator, and Author. Clarifies responsibilities across design, construction, and operations phases.

Lesson 2 • What BIM Is and Why It Matters

Defines Building Information Modeling and its role in modern construction. Connects industry pain points to BIM's collaborative data-driven solution.

Lesson 3 • BIM Standards and Protocols Overview

Introduces internationally recognized BIM standards and employer information requirements. Sets expectations for compliant project delivery.

Lesson 1 • Selecting the Right Tool Stack

Provides a decision framework for assembling a project-specific BIM tool stack. Balances interoperability, cost, team skill, and project requirements.

Lesson 2 • Common Data Environment Platforms

Explains CDE platforms for document control, model sharing, and audit trails. Demonstrates how CDEs enforce version control and access permissions.

Lesson 3 • Coordination and Clash Detection Tools

Covers federated model review and clash detection workflows. Connects coordination tools to reduced rework and improved site outcomes.

Lesson 4 • BIM Authoring Platforms Compared

Evaluates leading authoring tools across architecture, structure, and MEP disciplines. Guides tool selection based on project type and team capability.

Lesson 1 • Structural and MEP Modeling Basics

Introduces structural framing, foundations, and basic MEP routing in BIM. Establishes multi-discipline modeling awareness for coordination purposes.

Lesson 2 • Project Setup and Template Configuration

Establishes correct project units, grids, levels, and shared coordinates. Proper setup prevents downstream coordination errors across disciplines.

Lesson 3 • Model Quality and Geometry Accuracy

Covers model checking techniques to ensure geometric integrity and completeness. Accurate models reduce coordination conflicts and quantity errors.

Lesson 4 • Families, Components, and Content Libraries

Explains parametric families and how to build or source BIM content. Quality content libraries accelerate modeling and ensure data consistency.

Lesson 1 • Schedules, Quantities, and Data Extraction

Builds model-driven schedules for quantities, materials, and component data. Extracted data feeds cost estimation, procurement, and reporting workflows.

Lesson 2 • Open BIM and IFC Data Exchange

Explains IFC schema, export settings, and open BIM workflows. Enables interoperable data exchange between different software platforms.

Lesson 3 • Parameters, Properties, and Data Schema

Defines built-in, shared, and project parameters and their data types. Correct parameter setup enables reliable scheduling and downstream data use.

Lesson 4 • Classification Systems and Object Coding

Applies industry classification systems to BIM objects for consistent naming. Standardized coding enables cost estimation, FM, and data exchange.

Lesson 1 • Coordination Drawings and Deliverables

Produces coordination drawings and section cuts from the federated model. These deliverables communicate resolved design intent to site teams.

Lesson 2 • Clash Review and Resolution Workflow

Guides teams through structured clash review meetings and resolution assignments. Systematic resolution reduces rework and maintains project schedule.

Lesson 3 • Federated Model Assembly

Combines discipline models into a single federated model for review. Correct linking and shared coordinates are prerequisites for accurate clash detection.

Lesson 4 • Coordination Metrics and Reporting

Tracks clash resolution progress using quantitative metrics and trend analysis. Reporting demonstrates coordination effectiveness to project stakeholders.

Lesson 1 • 4D BIM Concepts and Workflow

Explains how model elements are linked to schedule activities for simulation. 4D BIM enables visual planning, sequencing validation, and stakeholder communication.

Lesson 2 • 5D Cost Estimation from BIM

Extracts quantities from BIM models and applies cost rates for estimation. Model-based quantities improve accuracy and reduce manual takeoff effort.

Lesson 3 • Construction Sequencing and Phasing

Models construction phases and sequences using BIM phasing tools. Phased models support site logistics planning and subcontractor coordination.

Lesson 1 • Level of Development and Information Requirements

Defines LOD and Level of Information (LOI) requirements per project phase. Clear LOD matrices prevent over-modeling and ensure fit-for-purpose deliverables.

Lesson 2 • BIM Execution Plan Structure and Content

Details the mandatory and optional components of a compliant BEP document. A well-structured BEP aligns all team members on BIM goals and responsibilities.

Lesson 3 • BIM Delivery Milestones and Gateways

Maps BIM deliverables to design and construction stage gateways. Gateway reviews ensure model quality and data completeness before phase progression.

Lesson 4 • Managing BIM Across the Supply Chain

Addresses BIM requirements for subcontractors, specialists, and suppliers. Consistent BIM standards across the supply chain protect federated model integrity.

Lesson 1 • Emerging Technologies in BIM

Surveys AI, machine learning, generative design, and automation in BIM workflows. Prepares students to evaluate and adopt emerging tools strategically.

Lesson 2 • BIM and Digital Twin Integration

Connects BIM data to live operational digital twins for asset management. Students understand data flows from construction handover to operational intelligence.

Lesson 3 • BIM Implementation Roadmap Development

Builds a phased roadmap for BIM adoption across people, process, and technology. Roadmaps translate strategic goals into actionable milestones and resource plans.

Lesson 4 • Organizational BIM Maturity Assessment

Evaluates current BIM capability using structured maturity frameworks. Assessment outputs inform targeted improvement strategies and investment priorities.