BIM Management Course

Lesson 1 • BIM Use Cases Across Project Phases

Surveys how BIM delivers value at each project phase, from concept to operation. Grounds students in practical applications before technical training begins.

Lesson 2 • Defining BIM and Its Core Concepts

Covers the definition, dimensions, and maturity levels of BIM. Provides the conceptual baseline for all subsequent technical and managerial content.

Lesson 3 • Key Roles and Responsibilities in BIM

Maps the BIM team structure, from BIM Manager to model authors. Clarifies accountability chains essential for project governance.

Lesson 1 • Classification Systems and Naming Conventions

Covers classification frameworks and file-naming protocols for consistent data management. Ensures interoperability across disciplines and software platforms.

Lesson 2 • Information Exchanges and Data Formats

Examines native, open, and neutral file formats used in BIM workflows. Prepares students to manage data handovers without loss of fidelity.

Lesson 3 • Common Data Environment Setup

Explains the structure, access controls, and workflows of a Common Data Environment. Directly enables the collaborative model management covered in later chapters.

Lesson 4 • Information Security and Data Governance

Addresses data sensitivity, access control, and audit trails in BIM environments. Establishes governance habits required for compliant project delivery.

Lesson 1 • Collaboration Protocols and Workflows

Defines model-sharing schedules, clash detection cycles, and issue resolution workflows. Operationalizes the CDE structure established in Chapter 2.

Lesson 2 • Technology and Software Requirements

Specifies hardware, software, and interoperability requirements within the BEP. Aligns technology choices with project scale and team capability.

Lesson 3 • Defining BIM Goals and Uses

Guides selection of project-specific BIM uses aligned with client objectives. Ensures that planned BIM activities deliver measurable value.

Lesson 4 • Model Authoring and LOD Requirements

Establishes Level of Development requirements per project phase and discipline. Prevents over-modeling and scope creep in model production.

Lesson 1 • Model Checking Tools and Techniques

Covers automated and manual model-checking methods using industry-standard tools. Builds practical auditing skills applied throughout the project lifecycle.

Lesson 2 • Model Quality Assurance Principles

Defines quality dimensions—geometric accuracy, data completeness, and compliance—for BIM models. Establishes the quality mindset underpinning all review activities.

Lesson 3 • Clash Detection Methodology

Explains hard, soft, and workflow clash types and detection setup in coordination tools. Directly applies federated model workflows from Chapter 3.

Lesson 4 • Model Audit Reporting and Sign-Off

Covers the preparation of formal audit reports and milestone sign-off procedures. Closes the quality loop before model handover to downstream teams.

Lesson 1 • Managing BIM Deliverables Through Contracts

Establishes processes for tracking, accepting, and rejecting BIM deliverables contractually. Connects quality gate procedures from Chapter 4 to formal contract management.

Lesson 2 • BIM Obligations in Contracts

Identifies where BIM deliverables, standards, and liabilities appear in contract documents. Protects clients and contractors through clear contractual language.

Lesson 3 • Evaluating Supplier BIM Capability

Provides frameworks for assessing BIM competency of design and construction suppliers. Reduces delivery risk by selecting capable BIM contributors.

Lesson 1 • 5D Cost Estimation and Control

Links extracted quantities to cost databases to produce model-based estimates. Enables real-time cost impact analysis during design development.

Lesson 2 • Integrated Project Controls with BIM

Combines 4D and 5D data for earned value and progress monitoring. Positions BIM as a live project control tool rather than a static deliverable.

Lesson 3 • Creating and Managing 4D Models

Covers practical setup of 4D simulations using scheduling and BIM coordination tools. Develops hands-on skills for producing construction sequence animations.

Lesson 4 • Quantity Takeoff from BIM Models

Explains automated and manual quantity extraction from parametric model elements. Establishes the data foundation for 5D cost analysis.

Lesson 1 • COBie Data Population and Validation

Covers systematic population of COBie sheets from model elements and manual sources. Ensures asset data completeness before operational handover.

Lesson 2 • Space and Occupancy Management

Applies BIM spatial data to manage room usage, occupancy, and space allocation. Extends BIM value into ongoing facility operations and planning.

Lesson 3 • Asset Information Model Fundamentals

Defines the Asset Information Model and its relationship to the Project Information Model. Bridges construction-phase BIM to operational-phase data needs.

Lesson 4 • Integration with CAFM and CMMS Systems

Explains how BIM data feeds into computer-aided facility management and maintenance systems. Enables students to configure data pipelines for operational teams.

Lesson 1 • Developing an Organizational BIM Strategy

Guides creation of a multi-year BIM strategy aligned with business objectives. Synthesizes all prior technical knowledge into a leadership-level planning exercise.

Lesson 2 • Change Management for BIM Adoption

Applies change management models to overcome resistance and embed BIM culture. Addresses the human dimension of technology-driven transformation.

Lesson 3 • BIM Governance Frameworks

Establishes governance structures, policies, and review cycles for sustained BIM performance. Ensures accountability at portfolio and program levels.

Lesson 4 • Training and Competency Development

Designs role-based BIM training programs and competency assessment frameworks. Builds the internal capability needed to sustain the BIM strategy.