BIM &
Digital
Delivery
We do not coordinate empty geometry.
We coordinate engineering decisions.
Move your cursor — the model explodes and re-federates
TEBIN is a European engineering company that uses BIM as the method of controlling how project information is created, coordinated, checked, and delivered — structured to ISO 19650. We combine in-house multidisciplinary engineering with BIM management for data centers, industrial, logistics, and pharma projects: model federation, clash resolution, model quality control, CDE workflows, and digital handover.
On this page
01 — The problems we solve
Complex projects fail
when information is
not controlled
TEBIN provides BIM management and coordination workflows that make project information visible, measurable, and controlled.
- Discipline models developed in parallel — but not truly coordinated
- Clash reports created — but issues not assigned, resolved, verified, or closed
- CDE used as file storage instead of a controlled information workflow
- Tender or IFC deliverables look complete — but are not ready for construction
- MEP routes not aligned with structure, architecture, access zones, and equipment replacement routes
- Drawings, schedules, calculations, and models do not contain the same information
- Model quality checked too late — usually close to submission deadline
- Handover information delivered as documents — not as structured asset data
02 — Typical deliverables
What you receive
Depending on project stage and scope:
Setup & standards
- BIM Execution Plan
- BIM responsibility matrix
- Model exchange calendar
- CDE workflow setup documentation
- Naming convention & container rules
Coordination
- Model federation setup
- Clash detection matrix
- Clash reports & issue logs
- Coordination dashboards
Quality & data
- Model quality control reports
- IFC export checks
- 4D simulation outputs
- Quantity extraction reports
- BoQ support from model data
Handover & existing
- Scan-to-BIM models
- Point cloud coordination outputs
- Asset data structure
- Digital handover model
03 — Proof — Mining & Heavy Industry
Mining Facility BIM Coordination Across 44 Buildings
BIM reconstruction and coordination for a mining facility programme covering 44 buildings, 29 hectares of laser-scanned site context, and approximately 700 source drawings.
Read the case- 44
- Buildings reviewed
- 29 ha
- Laser-scanned site area
- 3,000
- Coordination issues identified
Need BIM coordination for a complex project?
Start a conversation04 — BIM-driven design and engineering, not BIM outsourcing
We do not coordinate empty geometry.
We coordinate engineering decisions.
Many teams can run clash detection. TEBIN's advantage is that when a coordination issue is found, the engineer responsible for that system is in the same team — not in a separate company three time zones away.
Issues are not only detected. They are technically understood, discussed with the right discipline, resolved in the model, and verified before the information is issued.
In-house disciplines
05 — What we do
Core BIM & digital delivery services
BIM Execution Plan
BEP development and management covering goals, model responsibility matrix, information delivery milestones, exchange schedule, naming conventions, and coordination workflows aligned to project and client requirements.
Clash Detection & Issue Management
Full issue lifecycle: define clash rules, run model checks, group and filter results, assign responsibility, track resolution, verify resolved issues, and close before milestone submission — not just reports.
Model Federation
Discipline models federated into one coordinated environment — the shared technical workspace for MEP coordination, equipment validation, access zone checks, design reviews, and milestone submissions.
ISO 19650 Information Management
Container naming, status and suitability codes, CDE structure, review and approval workflows, information delivery milestone control. Every stakeholder knows which information can be used, for what purpose, and at which stage.
CDE Setup & Workflow Management
CDE structure, access rights, status workflows, document review processes, issue tracking, and coordination meeting workflows — CDE as a controlled information delivery system, not file storage.
Model Quality Control
Model structure, coordinates, naming compliance, geometry quality, parameter completeness, classification data, drawing-to-model consistency, and IFC export readiness — checked at agreed milestones before information is issued.
4D Planning & Construction Sequencing
Construction sequence simulation, critical installation path review, data hall fit-out sequencing, MEP installation phasing, crane and site logistics studies, shutdown and refurbishment planning.
5D Quantity Extraction
Model-based quantity takeoff, BoQ support, element classification, design option comparison, and tender quantity review — connected to model quality control so extraction results are reliable.
Digital Handover & Asset Data
Asset information requirements, equipment tagging logic, parameter requirements, model validation before handover, COBie/asset data support. Digital handover is a structured queryable record — not a document package.
Scan-to-BIM & Existing Buildings
Point cloud capture and conversion to structured Revit models — for existing building documentation, condition surveys, retrofit coordination, data center refurbishment, and industrial facility upgrades.
06 — How our BIM workflow works
Four phases.
One information pipeline.
- Define EIR & AIR
- Author BEP
- Establish CDE workflow
- Federate models
- Run clash detection
- Assign & track issues
- Audit model quality
- Check milestone readiness
- Issue information
- Validate deliverables
- Structure handover
- Asset model sign-off
07 — Tools & platforms
Industry-standard tools,
grouped by purpose
Authoring
Coordination & review
CDE & collaboration
Automation & data
Survey & scanning
08 — When to involve TEBIN
BIM delivery creates value
at every project stage
Early Design
Set the project structure before teams start producing disconnected information
- BIM strategy & BEP
- CDE setup & naming rules
- Model structure definition
- Information requirements
- Coordination rules
Tender
Improve tender clarity, reduce design ambiguity, support quantity extraction
- Tender model review
- Model-based quantities
- Clash risk review
- Constructability checks
- Contractor coordination setup
Detailed Design / IFC
Control technical coordination before construction documentation is issued
- Full model federation
- MEP / structure / architecture coordination
- Clash detection & issue management
- Model QC & IFC readiness
Design clarification
Manage design changes, contractor models, and installation interfaces during execution
- Model updates & revisions
- Contractor model coordination
- CDE workflows
- Implementation issue tracking
- 4D sequencing
Existing Buildings
Reduce uncertainty in existing facilities before refurbishment design starts
- Point cloud modelling
- Existing condition validation
- Retrofit coordination
- Plant replacement
- Technical room upgrades
Digital Handover
Structure asset information for operation and maintenance from the start
- Asset tagging logic
- Equipment data structure
- Final model validation
- Handover model preparation
- Information completeness checks
09 — Industries where we deliver
10 — Why it matters
A model is valuable only
when it improves decisions
It is a delivery method that controls how project information is created, checked, shared, approved, and delivered
Is not the goal — detecting, assigning, resolving, and verifying engineering issues in the model is
Is just naming — the workflow that governs information is what creates quality and traceability
Always cost more to resolve during execution than issues found during coordinated design
Is measurable — and we measure it at every milestone before information is issued
Is not a document package — it is a structured, queryable asset record for the building's lifetime
11 — Case record
Delivered with the same method
UNIT.City BIM and VDC Programme: From Design Models to Construction Use
- 100,000+ m²
- Programme area
- 40+
- Coordinated BIM models
- 65
- Client and contractor staff trained
7,000 m² Industrial Plant in Central Europe: Full-Scope BIM Delivery
- 7,000 m²
- Production facility
- 6
- Coordinated disciplines
- 1
- Federated delivery environment
Get in touch
Need BIM coordination
for a complex project?
Send us your current design stage, model availability, disciplines involved, CDE platform, and the main coordination risk. We will suggest a practical BIM delivery setup — from BEP and CDE workflows to model federation, clash detection, quality control, and digital handover.
Start a conversation