01
Understand
Review project type, stage and available inputs.
PROJECT CONTEXT • COORDINATION • DELIVERY
BIM Case Studies: From Project Inputs to Coordinated Delivery
A closer look at selected project environments, the coordination priorities they represent, the BIM delivery approach and the information required to move from separate disciplines toward coordinated project outputs.
Context
Understand the Project
Challenge
Identify Interfaces
Approach
Coordinate BIM
Deliver
Project Information
Case Study Approach
A Case Study Should Explain the Engineering Context
A project image alone does not explain what made the BIM work important.
The useful story is the relationship between project inputs, disciplines, technical constraints, coordination priorities and required deliverables.
The examples below therefore focus on those delivery principles without publishing confidential client information or unsupported performance claims.
Project Context
What type of building or
technical environment is involved?
Coordination Priority
Which multidisciplinary
interfaces require attention?
BIM Approach
How can project information
be organized for coordination?
Deliverables
What models, drawings or
digital outputs are required?
Capital One Phase 2
Commercial project portfolio example
Commercial Building
Capital One Phase 2
Commercial projects bring architecture, structure, building services, ceiling systems, cores and floor-by-floor requirements into the same coordination environment.
For this type of project, BIM delivery depends on maintaining clear relationships between the repeated building geometry and the conditions that vary by floor or technical zone.
Project Context
Commercial Building Coordination
Multilevel commercial environments require architectural, structural and service information to remain aligned as the project develops.
Coordination Priority
Typical vs Floor-Specific Conditions
Repeated layouts can improve efficiency, but local conditions still require floor-specific review.
BIM Approach
Federated Multidiscipline Review
Architectural, structural and MEPF information can be reviewed together to identify interfaces.
Deliverable Focus
Coordinated Project Information
Models and documentation can be developed around the agreed construction requirements.
Typical Coordination Interfaces
Detailed client metrics, commercial information
and confidential project documentation
are not published on this public case-study page.
Post Acute Medical Centre
Healthcare project portfolio example
Healthcare
Post Acute Medical Centre
Healthcare buildings can contain service-dense ceilings, plant areas, equipment interfaces and operationally sensitive spaces.
BIM coordination in this environment benefits from reviewing the relationships between architecture, structure, mechanical, electrical, plumbing and fire-protection systems together.
Project Context
Healthcare Building Environment
Building services must share limited technical space while remaining coordinated with architecture and structure.
Coordination Priority
Above-Ceiling Coordination
Dense ceiling zones can require careful review of service routing, access and structural interfaces.
BIM Approach
Zone-Based Coordination
Critical technical zones can be reviewed individually within the federated model.
Deliverable Focus
Coordinated BIM & Documentation
Agreed project information can support model and drawing deliverables for construction use.
Typical Coordination Interfaces
This public case-study presentation
focuses on BIM coordination context.
It does not imply clinical-design,
medical-gas engineering or regulatory
certification responsibility.
Project Shuttle Rockwool
Industrial project portfolio example
Industrial & Manufacturing
Project Shuttle Rockwool
Industrial environments can combine building services, plant infrastructure, equipment areas, utility routing, structural framing and maintenance requirements within the same space.
BIM coordination in this setting is most useful when the model supports interface review rather than focusing only on isolated geometry.
Project Context
Industrial Technical Environment
Technical facilities can contain tightly connected infrastructure and multiple project interfaces.
Coordination Priority
Equipment & Building Systems
Equipment zones and building services should be reviewed together where supplied project information allows.
BIM Approach
Multidiscipline Technical Review
BIM can combine service routing, structure and project-defined equipment interfaces.
Deliverable Focus
Coordination & Construction Information
Coordinated models and drawings can support agreed construction and project-delivery requirements.
Typical Coordination Interfaces
Process-design responsibility,
equipment engineering and other
specialist scopes depend on the
specific project agreement and
supplied engineering information.
Sabbatini Residence
Residential project portfolio example
Residential
Sabbatini Residence
Residential BIM requires architectural intent and building services to remain coordinated within spaces where ceiling depths, wet areas, walls and structural conditions can directly affect routing.
The coordination objective is not simply to place services in the model, but to maintain clear relationships between the building layout and the technical systems supporting it.
Project Context
Residential Building Environment
Residential layouts can require services to work within limited architectural space.
Coordination Priority
Wet Areas & Ceiling Zones
Kitchens, bathrooms and ceiling spaces often concentrate multiple service interfaces.
BIM Approach
Architecture-Led Coordination
Building services can be reviewed against architectural and structural project information.
Deliverable Focus
Coordinated Residential BIM
BIM can support coordinated model information and agreed project documentation.
Typical Coordination Interfaces
Project-specific architectural,
structural and engineering responsibility
is defined by the applicable project scope.
Common Delivery Framework
Different Projects. One Disciplined Coordination Logic.
The technical priorities change by sector, but strong BIM delivery still depends on controlled project inputs, clear scope and reviewable interfaces.
Current Project Inputs
Defined BIM Scope
Multidiscipline Models
Interface Review
QA / QC
Defined Deliverables
CASE STUDY FRAMEWORK
What Makes a BIM Case Study Meaningful?
Project information is understood.
Drawings, models, standards,
point clouds and project instructions
are reviewed before production.
Coordination priorities are explicit.
Teams know which areas,
systems and interfaces
require the most attention.
Revisions remain visible.
Updated project information
can be incorporated without
losing track of changed conditions.
Deliverables match the project need.
Models and documentation
are prepared around the
agreed project requirements.
BIM Case Study Workflow
From Project Context to Coordinated Outputs
02
Define
Establish BIM scope, disciplines and outputs.
03
Develop
Build or update required model information.
04
Coordinate
Review discipline and project interfaces.
05
Validate
Review BIM information before agreed release.
06
Deliver
Issue agreed models, drawings and information.
Selected Project Work
View the Project Portfolio
Return to the project portfolio to browse selected commercial, healthcare, industrial and residential project examples.
Your Project
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