Advanced IFC+SG: Revit to IFC+SG Export, Coordination, Validation and Failure Resolution

Name: Advanced IFC+SG: Revit to IFC+SG Export, Coordination, Validation and Failure Resolution
Price: 600 SGD
Availability: InStock

This course imparts the knowledge and skills for Built Environment professionals to manage coordination, automate parameter population, and ensure accurate data is embedded for IFC+SG export.

Location

200, Braddell Road, Block B, #01-09, BCA Braddell Campus, Singapore 579700

Duration

2 Day(s)
(11 Hours)

Course Fee⤵

S$600.00
(excluding GST)

Skill Level

Beginner

Course Overview

This course is a continuation of the foundation course, "Creating an IFC+SG Model from Revit for CORENET X Submission", and is built for Architects, Engineers, Qualified Persons, and BIM Professionals ready to manage full CORENET X submission and IFC+SG compliance in Revit.

Through live demonstrations and guided exercises, you'll learn to negative cross-disciplinary submission workflows, configure export-ready Revit settings, and maintain model integrity across linked models, shared coordinates, and MEP systems — all critical to producing clean, compliant IFC exports. The course wraps up with advanced validation and troubleshooting skills, so you can catch and resolve common failure points before they delay your approvals.

What you’ll learn

LO1. Analyse CORENET X regulatory submission process, IFC+SG information and workflow requirements across disciplines, including ownerships, file exchange responsibilities and interoperability dependencies.
LO2. Implement shared coordinates, grids, levels, and alignment strategies for multi-block/ building projects to support accurate geo-referencing.
LO3. Configure regulatory submission compliant Revit and other authoring tool settings, IFC+SG mappings, translators, export setups, and parameter workflows to produce consistent & compliant IFC+SG exports.
LO4. Manage linked models, model groups, repeated units, typical levels, and IFC GUID integrity to prevent duplication, missing elements, and unstable IFC exports.
LO5. Coordinate architectural, structural, mechanical, electrical and plumbing models across authoring platforms to maintain model alignment, data ownership, and continuity before IFC+SG export.
LO6. Apply advanced discipline-specific modelling requirements, including MEP system types and system names, to support accurate system-level IFC+SG data exchange.
LO7. Perform advanced pre-submission validation using schedules, authoring tool checks, automation tools, and third-party IFC validation platforms.
LO8. Diagnose and resolve IFC+SG submission issues, including geo-referencing errors, missing data, unreferenced elements, GUID issues, and known failure patterns, while determining when escalation is required.

Why should I attend this Course?

This course is suitable for practitioners involved in preparing, coordinating, or validating Revit IFC+SG models for CORENET X regulatory submission.
It is designed to support practitioners working with project-level IFC+SG implementation in Revit, including coordination, parameter population, data embedding, and model validation before export.

Duration

2 Day(s) × 8 Hours = 16 Hours
Classroom and Practical: 11 Hours
Assessment: 5 Hours

Certificates

Autodesk Certificate of Completion

Funding

For bulk sign-ups with at least 5 learners, please contact us directly.

Assessment

At the end of this course, learners will go through an assessment.

Entry Requirements

At least a diploma in architecture, mechanical and electrical, engineering, or any built-environment-related course.
English language proficiency at GCE ‘O’ level of C6 and above, or WSQ Workplace Literacy skills of Level 6 and above.
Proficient with the use of a Windows-based computer for work.
Completed "Creating an IFC+SG Model from Revit for CORENET X Submission" or equivalent.
No prior working experience required.
Learners who do not qualify in terms of education but have at least one year working experience in the Built Environment will be admitted on a case-by-case basis.