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From 4 to 360h of flexible workload

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BIM Specialist Course

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Engineering, Construction and Technology

Architecture

BIM Specialist Course

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BIM Specialist Course

Name: BIM Specialist Course
Price: 1499 ZAR

Master every dimension of Building Information Modelling — from 3D parametric modelling and clash detection to 4D scheduling, 5D cost integration, and FM handover. This course gives construction and design professionals the technical skills and strategic knowledge to lead BIM on real projects. If you want to move from BIM user to BIM specialist, this is where that shift happens.

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What you will learn:

You will build a complete BIM skill set covering information management, model coordination, data interoperability, and organisational strategy. You will learn to develop BIM Execution Plans, manage Common Data Environments, and run full clash detection cycles across architectural, structural, and MEP disciplines. The course covers IFC, COBie, classification systems, and API-driven data workflows. You will also apply 4D construction sequencing, 5D cost modelling, and scan-to-BIM techniques. Advanced topics include digital twins, AI applications, generative design, and BIM governance. By the end, you will have the knowledge to manage BIM at both the project and organisational levels.

How you study in practice BIM Specialist Course

How you practise BIM Specialist Course

For companies looking to train their teams

With Elevify for businesses, the course includes exercises and examples tailored to your company and its specific needs.

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Course content

8 Chapters • 41 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of BIM and Digital Construction

Lesson 1 • BIM Dimensions and Maturity Levels
Explains 3D through 7D BIM dimensions and maturity progression. Learners map project requirements to appropriate BIM maturity targets.
Lesson 2 • Key Roles and Responsibilities in BIM
Identifies BIM Manager, Coordinator, Author, and client roles. Learners understand accountability structures across project delivery teams.
Lesson 3 • The Common Data Environment
Explains the CDE as the single source of truth for project information. Learners understand document states, access control, and workflow within a CDE.
Lesson 4 • What BIM Is and Why It Matters
Defines BIM beyond 3D modelling as a data-rich process. Grounds learners in the business case and industry drivers that make BIM adoption essential.
Lesson 5 • BIM Standards and Protocols Overview
Introduces internationally recognised BIM standards and their functional purpose. Learners can identify which standards govern information management on projects.

Chapter 2See details

BIM Information Management Essentials

Lesson 1 • Employer Information Requirements
Breaks down the EIR as the client's information demand document. Learners analyse and respond to EIR content to shape project BIM strategy.
Lesson 2 • Asset Information and Handover
Covers the transition from project information to operational asset data. Learners structure handover deliverables to meet facility management requirements.
Lesson 3 • Level of Information Need
Defines geometric and alphanumeric detail requirements at each project stage. Learners specify appropriate information need levels for model elements.
Lesson 4 • Information Delivery Milestones
Maps information exchanges to project stages using master information delivery plans. Learners schedule and track model deliverables across the project lifecycle.
Lesson 5 • Developing a BIM Execution Plan
Guides learners through pre-contract and post-contract BEP creation. Connects BEP content directly to EIR requirements and project delivery milestones.

Chapter 3See details

3D Modelling Fundamentals for BIM

Lesson 1 • Structural and MEP Model Basics
Introduces structural framing, foundations, and basic MEP system modelling. Learners understand multi-discipline model content and its coordination implications.
Lesson 2 • Navigating BIM Authoring Software
Orients learners to the interface, views, and project browser of a BIM authoring platform. Builds confidence in file management and basic navigation before modelling begins.
Lesson 3 • Modelling Architectural Elements
Covers walls, floors, roofs, doors, windows, and stairs as parametric objects. Learners build a complete building shell with correctly configured element properties.
Lesson 4 • Model Organisation and Worksets
Establishes best practices for model structure, worksets, and linked files. Learners configure collaborative environments that support multi-user workflows.
Lesson 5 • Families, Components, and Content Libraries
Explains parametric families as the building blocks of BIM content. Learners create, modify, and manage families to meet project-specific requirements.

Chapter 4See details

BIM Coordination and Clash Detection

Lesson 1 • Clash Review and Issue Management
Establishes a structured clash review meeting process and issue tracking workflow. Learners assign, escalate, and close clashes using collaborative issue management tools.
Lesson 2 • Coordination Workflows Across Disciplines
Integrates architectural, structural, and MEP coordination into a repeatable weekly cycle. Learners manage coordination schedules and communicate resolution progress to stakeholders.
Lesson 3 • Clash Detection Principles and Setup
Configures clash detection rules, tolerances, and test types in coordination software. Learners distinguish hard, soft, and clearance clashes and prioritise resolution.
Lesson 4 • Model Quality and Validation
Applies model checking rules to verify geometry, data, and standards compliance. Learners use automated checking tools to produce quality assurance reports.
Lesson 5 • Federated Model Assembly
Combines discipline models into a single federated model for review. Learners manage origin points, coordinate systems, and model aggregation settings.

Chapter 5See details

BIM Data, Classification, and Interoperability

Lesson 1 • Data Exchange and API Integration
Covers data exchange protocols and basic API-driven automation for BIM workflows. Learners connect BIM tools to external databases and reporting platforms.
Lesson 2 • IFC and Open BIM Standards
Introduces IFC as the universal open BIM exchange format and its schema structure. Learners export, validate, and troubleshoot IFC files for cross-platform workflows.
Lesson 3 • Classification Systems in BIM
Explains how classification systems organise built environment information hierarchically. Learners apply classification codes to model elements for cost, specification, and FM use.
Lesson 4 • COBie and Structured Data Handover
Explains COBie as a structured spreadsheet format for asset data delivery. Learners populate and validate COBie outputs from model data for FM system import.
Lesson 5 • Properties, Parameters, and Shared Parameters
Covers instance vs. type properties and shared parameter file management. Learners configure parameters to capture required asset data consistently across disciplines.

Chapter 6See details

4D Scheduling and 5D Cost Integration

Lesson 1 • 5D Cost Integration and Reporting
Links model quantities to cost databases to generate dynamic cost estimates. Learners update cost models as design evolves and report variances to project teams.
Lesson 2 • Quantity Takeoff from BIM Models
Extracts accurate quantities directly from model geometry and parameters. Learners configure schedules and export data for estimating and procurement workflows.
Lesson 3 • 4D BIM Principles and Setup
Connects model elements to schedule activities to simulate construction sequence. Learners configure 4D software and define task-to-object linking logic.
Lesson 4 • Risk and Scenario Analysis Using BIM
Uses 4D and 5D data to model schedule risk and cost contingency scenarios. Learners present scenario comparisons to support project decision-making.
Lesson 5 • Construction Sequence Simulation
Builds and animates construction sequences to identify logistical conflicts. Learners produce simulation videos and phasing reports for stakeholder review.

Chapter 7See details

BIM for Facility Management and Operations

Lesson 1 • Asset Information Model Configuration
Structures the AIM to support ongoing operations after project handover. Learners populate, validate, and transfer asset data into operational management systems.
Lesson 2 • Space and Workplace Management
Uses BIM room and space data to support occupancy planning and workplace optimisation. Learners configure space schedules and link them to CAFM system requirements.
Lesson 3 • Maintenance Planning and IoT Integration
Connects BIM asset data to preventive maintenance schedules and IoT sensor feeds. Learners build maintenance workflows that use live building data to trigger actions.
Lesson 4 • Digital Twin Foundations
Introduces the digital twin concept as a live, data-connected building model. Learners understand the data architecture and connectivity requirements for twin implementation.
Lesson 5 • FM Requirements and BIM Strategy
Aligns BIM deliverables with operational and maintenance requirements from project inception. Learners define FM-driven information requirements that shape model content decisions.

Chapter 8See details

BIM Management, Strategy, and Leadership

Lesson 1 • Procurement and Contractual BIM Requirements
Covers how BIM obligations are embedded in procurement documents and contracts. Learners draft BIM-specific contractual clauses and evaluate supplier BIM capability.
Lesson 2 • BIM ROI and Performance Measurement
Quantifies BIM benefits using key performance indicators and return on investment analysis. Learners build a BIM performance dashboard to demonstrate value to leadership.
Lesson 3 • Change Management and BIM Adoption
Applies change management principles to overcome resistance and drive BIM adoption. Learners design communication and training plans for organisational BIM rollout.
Lesson 4 • BIM Governance and Standards Compliance
Establishes governance structures, audit processes, and standards compliance frameworks. Learners design internal BIM governance policies for consistent project delivery.
Lesson 5 • Organisational BIM Strategy Development
Frames BIM adoption as a strategic business transformation requiring structured planning. Learners produce a phased BIM implementation roadmap aligned to business objectives.
Lesson 6 • Future Trends and Strategic Positioning
Surveys emerging technologies reshaping BIM practice and competitive positioning. Learners develop a personal and organisational strategy for staying ahead of industry change.

Certification

Your valid completion certificate

This course is for you:

Architects: ready to move beyond drawing production into data-driven delivery.
Structural engineers: wanting to coordinate models across disciplines with confidence.
MEP engineers: seeking to reduce site conflicts through smarter coordination workflows.
Construction project managers: aiming to use model data for scheduling decisions.
Facility managers: needing to understand how BIM data supports long-term asset operations.
Career changers: entering the construction industry with a focus on digital roles.

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