BIM Authoring Workflows
Structured model production for architectural, structural, MEPF, existing-condition and project-information workflows.
BIM TECHNOLOGY • INTEROPERABILITY • DIGITAL DELIVERY
Technology That Supports Controlled BIM & Digital Delivery
Technology should help project teams create, coordinate, review, exchange and maintain information — without allowing software to replace project judgment, quality control or clearly defined delivery responsibilities.
Author
Structured BIM
Coordinate
Project Interfaces
Validate
Models & Information
Exchange
Controlled Deliverables
Technology with a Project Purpose
Software Is a Tool. The Workflow Creates the Value.
BIM technology can improve model production, multidisciplinary coordination, documentation, information exchange and project visibility.
But software alone does not determine whether information is accurate, coordinated, current or suitable for the intended use.
Our digital-delivery approach therefore focuses on connecting technology with project standards, controlled inputs, information requirements, QA and defined outputs.
Project Requirements → Technology Workflow → QA → Controlled Digital Delivery
The platform supports the process.
The process controls the information.
Digital Technology Capabilities
Technology Across the BIM Information Lifecycle
Specific software, versions, platforms and exchange requirements can be aligned with the agreed project environment.
Model Federation & Coordination
Bring together discipline information for project-defined coordination, interface review and clash workflows.
CAD & Drawing Production
Support editable 2D documentation, redlines, drawing updates, conversion and construction-document workflows.
Reality Capture Data Workflows
Use suitable supplied point-cloud and existing-condition information for BIM or CAD production.
3D Visualization
Translate suitable project geometry into presentation and communication-focused visual outputs.
Common Data Environment Workflows
Align file exchange, revisions, comments and delivery processes with client-defined collaboration environments.
Structured BIM Information
Organize project-defined parameters, asset fields, classifications and information around intended uses.
Digital Handover Information
Prepare model, asset and facility information for defined closeout and operational workflows.
BIM Automation Support
Support repeatable production, information and quality-control tasks where suitable for project requirements.
Digital Delivery Environment
A Connected Technology Workflow from Source to Handover
LAYER 01
Source Information
Drawings,
BIM,
PDFs,
specifications,
scans
and approved project inputs.
LAYER 02
BIM Authoring
Model geometry,
parameters,
documentation
and project-defined information.
LAYER 03
Coordination
Federated models,
multidisciplinary interfaces
and project issue review.
LAYER 04
Documentation
Plans,
sections,
elevations,
schedules
and project drawings.
LAYER 05
QA / QC
Model,
information,
file
and deliverable checks.
LAYER 06
Data Exchange
Controlled exchange
of agreed
native,
open
or structured formats.
LAYER 07
Digital Handover
Record BIM,
asset information,
supporting documents
and project closeout data.
LAYER 08
Lifecycle Information
Information prepared
for defined
facility
and Digital Twin workflows.
Interoperability Control
A File Opens Successfully Does Not Automatically Mean the Information Transferred Correctly
Digital project information can move between different applications while some geometry, parameters, classifications, relationships or metadata change during exchange.
Important information exchanges should therefore be validated against the actual downstream requirement — not judged only by whether the destination software can open the file.
File Compatibility
Confirms the
receiving application
can access
the exchanged file.
Geometry Validation
Checks whether
required geometry
remains usable
after exchange.
Information Validation
Reviews required
attributes,
parameters
and identifiers.
Downstream Use
Confirms the
exchanged information
supports the
intended project task.
Technology Workflow
Match the Technology to the Delivery Requirement
01
Define
Confirm required deliverables, software environment, formats and downstream use.
02
Configure
Align templates, model structure, naming and project standards.
03
Produce
Develop agreed BIM, CAD, documentation or digital information.
04
Coordinate
Review project interfaces, exchanged models and relevant multidisciplinary information.
05
Validate
Check model, information, file and exchange requirements.
06
Deliver
Issue agreed digital outputs through the defined project workflow.
Information Exchange
Support the Formats Required by the Workflow
Final formats should be confirmed against the project, client software environment and required downstream use.
FORMAT 01
Native BIM Models
Authoring-model files
prepared according
to agreed
project requirements.
FORMAT 02
IFC / Open Exchange
Open-model exchange
where required
and suitable
for the intended use.
FORMAT 03
Editable CAD
Structured
2D CAD files
for agreed
drawing workflows.
FORMAT 04
PDF Documentation
Controlled
drawing,
review
and issue documents.
FORMAT 05
Point-Cloud Data
Registered
reality-capture information
supplied in
agreed compatible formats.
FORMAT 06
Structured Asset Data
Equipment,
asset
and facility information
prepared around
project-defined requirements.
FORMAT 07
COBie Data
Structured handover information
prepared against
supplied project
COBie requirements.
FORMAT 08
Project-Specific Exports
Additional outputs
can be aligned
with agreed
compatible project requirements.
Digital Collaboration
Technology Should Improve Information Control
COLLAB 01
File Naming
Follow project-defined
model,
drawing
and document
naming structures.
COLLAB 02
Revision Control
Distinguish current,
superseded
and issued
information clearly.
COLLAB 03
Model Exchange
Coordinate agreed
model-sharing
and federation cycles.
COLLAB 04
Review Comments
Track comments
against the
relevant deliverable
and revision.
COLLAB 05
Issue Status
Maintain visibility
of open,
reviewed
and resolved
project issues.
COLLAB 06
Delivery Status
Distinguish
work-in-progress,
review
and formally issued files.
COLLAB 07
Project Permissions
Work within
client-defined
platform access
and permission requirements.
COLLAB 08
Information Traceability
Keep source,
revision
and delivery
relationships visible.
BIM Automation
Automate Repetition — Not Engineering Judgment
Repetitive digital tasks can sometimes be standardized, checked or automated to improve consistency and productivity.
But automated output should still be reviewed when the result affects project geometry, coordination, documentation or critical information.
Repetitive Production
Reduce unnecessary
manual repetition
in suitable workflows.
Information Checks
Support repeatable
checks for
defined model
or parameter conditions.
Data Organization
Structure repeatable
project information
more consistently.
Human Review
Retain appropriate
project review
before formal delivery.
Technology QA / QC
Digital Does Not Automatically Mean Controlled
Models, files and structured data can appear technically complete while still containing incorrect revisions, missing information, broken relationships or unsuitable outputs.
QA should therefore review both technical file condition and the project information the file is expected to communicate.
File Version Check
Confirm the
intended project
revision is being used.
Model Structure Check
Review project-defined
organization,
levels,
grids
and model setup.
Geometry Check
Review required
geometry
against available
source information.
Parameter Check
Confirm required
model-information fields
are structured appropriately.
Exchange Check
Review important
information after
project-defined
file exchange.
Drawing Check
Review relevant
views,
sheets,
references
and documentation.
Delivery Check
Confirm required
files
and outputs
before formal issue.
Information Check
Review whether
required information
supports the
intended downstream use.
Digital Information Governance
Keep the Information Controlled as Technology Changes
GOVERN 01
Project Standard
Define technology
and information requirements
before production begins.
GOVERN 02
Approved Inputs
Identify the
source drawings,
models
and records
used for production.
GOVERN 03
Version Control
Keep software,
file
and project revisions
clearly understood.
GOVERN 04
Access Control
Follow client-defined
project access
and collaboration requirements.
GOVERN 05
Exchange Rules
Define what information
must survive
file exchange.
GOVERN 06
QA Gate
Check key
digital information
before formal issue.
GOVERN 07
Archive Structure
Separate current
and superseded
digital information.
GOVERN 08
Handover Requirement
Prepare final information
around the
actual project
closeout need.
Technology Responsibility
Technology Supports Professional Delivery — It Does Not Replace It
Digital tools can support BIM authoring, coordination, documentation, information exchange, visualization and quality workflows.
They do not independently determine engineering adequacy, architectural design, code compliance, life-safety suitability, construction means and methods or professional approval.
Those responsibilities remain with the appropriate project professionals and designated decision-makers.
Software
Provides the
digital environment
for project information.
Workflow
Defines how
information is
created,
reviewed
and exchanged.
QA
Checks required
project information
before delivery.
Professional Responsibility
Remains with
designated project
professionals
where required.
Related Digital Services
Connect Technology to Project Delivery
Frequently Asked Questions
BIM Technology FAQs
Which BIM software does MEP Global Engineering use?
Software requirements can vary by project. Workflows can be aligned with agreed BIM authoring, CAD, coordination, point-cloud, visualization, collaboration and handover requirements. Specific applications and versions should be confirmed during project onboarding.
Do you support Revit-based BIM workflows?
Revit-based BIM production is supported within relevant project scopes, including modeling, documentation, family creation and BIM content workflows.
Can BIM information be exchanged between different platforms?
Yes, where suitable exchange formats and compatible workflows are available. Important information should be validated after exchange because software interoperability does not guarantee perfect preservation of all geometry or metadata.
Can you work within a client's common data environment?
Project workflows can be aligned with client-defined file structures, naming, review procedures, access requirements and collaboration environments where suitable access is provided.
Do you support point-cloud-based workflows?
Yes. Suitable supplied point-cloud information can support Scan to BIM, Point Cloud to CAD and existing-condition modeling workflows.
Does BIM automation remove the need for QA?
No. Automation can improve repeatability and reduce manual effort, but important project outputs should still pass appropriate review before formal delivery.
BIM TECHNOLOGY & DIGITAL DELIVERY
Have Specific Software, BIM or Data Requirements?
Share your project standards, BIM environment, required software versions, source files, collaboration workflow, exchange formats and expected digital deliverables.