7,000 m² Industrial Plant in Central Europe: Full-Scope BIM Delivery
7,000 m²Production facility6Coordinated disciplines
Integrated
Design and
Engineering
Complex buildings need more than discipline packages.
They need one coordinated design and engineering system.
TEBIN delivers multidisciplinary design and engineering for technically complex projects, combining architecture, structural, civil, mechanical, electrical, ICT, fire protection, and BIM coordination within one integrated team. We focus on clear interfaces, coordinated models, reliable calculations, buildable documentation, and practical construction support — from early concept to IFC packages and site coordination.
Disciplines
ArchitectureStructuralCivilMechanicalElectricalICTFire ProtectionBIM Coordination
02 — The problems we solve
Complex projects fail
at the interfaces
Most engineering risks appear between disciplines, not inside a single one. TEBIN's integrated approach is built to prevent these gaps before they reach construction.
- Late clashes between structure, MEP systems, and equipment
- Missing or unclear responsibility at discipline interfaces
- Drawings not aligned with BIM models or calculations
- Calculations disconnected from layouts and equipment schedules
- Incomplete tender or IFC documentation
- Contractor RFIs caused by unclear or contradictory design intent
- Design packages that are technically correct but difficult to build
- Weak coordination between external utilities, building systems, and site infrastructure
03 — TEBIN approach
One design and engineering team.
One coordinated technical package.
TEBIN brings the main design and engineering disciplines into one production and coordination workflow — so technical decisions are checked across all disciplines before documentation is issued.
01
Interfaces managed, not assumed
We define and control interfaces between disciplines from the start — equipment spaces, technical rooms, shafts, MEP routes, penetrations, access zones, external connections, and utility interfaces.
02
BIM is part of engineering, not separate
Models are used to check geometry, access, installation logic, clashes, and document consistency — not created after design decisions are made.
03
Calculations and models work together
Engineering calculations are connected with real project geometry, selected equipment, routes, loads, and operational requirements — not produced in isolation.
04
Documentation prepared for construction
The goal is a clear, coordinated, buildable technical package — one that contractors can actually use on site, not just a set of drawings issued at the design stage.
04 — Eight disciplines
Eight disciplines delivered as one system
ARC
Architecture
Concept design, planning layouts, technical room coordination, building envelope interfaces, facade coordination, interior layouts, accessibility, and integration with engineering systems.
STR
Structural Engineering
Structural analysis and design, reinforced concrete, steel structures, foundations, structural BIM models, penetration coordination, support zones, and interface checks with MEP routes and equipment loads.
CVL
Civil Engineering
Site grading, earthworks, roads, external drainage, utilities, site infrastructure, utility corridors, connection points, and coordination between building systems and external networks.
MEP
Mechanical Engineering
HVAC, ventilation, heating, cooling, plumbing, sanitary systems, process HVAC interfaces, plant room layouts, hydraulic design, thermal coordination, and mechanical BIM models.
ELC
Electrical Engineering
MV/LV distribution, transformers, switchgear, UPS, generators, emergency power, lighting, earthing, lightning protection, cable routes, load calculations, and electrical BIM coordination.
ICT
ICT & Security
Structured cabling, network infrastructure, ICT rooms, security, access control, CCTV, communications, AV, IT/OT interfaces, cable containment, and coordination with electrical and architectural layouts.
FPS
Fire Protection & Life Safety
Sprinklers, suppression systems, fire detection and alarm, emergency lighting, smoke control, fire strategy coordination, compartment interfaces, and integration with architecture, MEP, and BMS.
BIM
BIM Coordination & Digital Delivery
BIM Execution Plans, model federation, clash detection, model quality checks, ISO 19650 workflows, CDE support, issue tracking, design review support, and digital handover packages.
05 — Project types
Design and engineering for buildings
with high coordination risk
TEBIN is strongest where technical complexity, reliability, and coordination quality matter.
Data Centers & Mission-Critical
Power, cooling, redundancy, controls, ICT, fire systems, and operational continuity coordinated as one integrated system.
Industrial & Production Facilities
Process interfaces, utilities, power supply, ventilation, safety systems, and structural or architectural constraints.
Logistics & Distribution Buildings
Civil works, MEP, external utilities, lighting, fire systems, ICT, security, and coordinated construction documentation.
EV Infrastructure & Advanced Mfg
High-current power, transformer substations, cable routes, civil layouts, drainage, lighting, and equipment interfaces.
Pharmaceutical & Life Sciences
Controlled environments, HVAC, cleanroom interfaces, utilities, power supply, fire safety, and compliance-driven documentation.
Complex Refurbishment Projects
Existing constraints, phased implementation, temporary systems, survey data, and careful construction sequencing.
06 — Delivery stages
From early concept
to construction support
TEBIN can deliver the full design and engineering lifecycle or defined project stages, depending on the required scope.
00
Strategic Definition
Understand project constraints, risks, and basic technical direction
- Project brief and available documentation review
- Site and utility constraints review
- Preliminary technical options and risks
- Discipline responsibility matrix
- Initial BIM and coordination strategy
01
Concept Design
Define the main technical concept and key engineering decisions
- Concept layouts and technical room planning
- Main system concepts and utility connection concepts
- Preliminary load assumptions and equipment space requirements
- BIM Execution Plan and coordination principles
- Initial risk and interface register
02
Design Development
Develop coordinated design and resolve main technical interfaces
- Coordinated BIM models
- Discipline development drawings and main calculations
- Equipment layouts, shaft and route coordination
- Clash detection reports and design review comments
- Updated specifications and schedules
03
Tender / IFC
Issue a coordinated technical package for tendering or construction
- IFC drawings, BIM models, and technical specifications
- Equipment, cable, and system schedules
- Calculation reports
- Tender clarification support
- Coordinated scope split and interface package
04
Construction Support
Support implementation and protect design intent during construction
- RFI responses and shop drawing review
- Contractor coordination and site issue clarification
- Model updates and as-built support where agreed
- Technical review of proposed design changes
07 — Typical deliverables
Clear engineering outputs
for decision, tender, and construction
Drawings & documentation
- General arrangement drawings
- Discipline plans, sections, and details
- Technical room and equipment layouts
- Schematics and single-line diagrams
- External network layouts
- Tender and construction packages
Models & coordination
- Discipline BIM models
- Federated coordination models
- Clash detection and issue reports
- Model quality check reports
- BIM handover packages
Calculations & reports
- HVAC and hydraulic calculations
- Electrical power and cable calculations
- Lighting and drainage calculations
- System sizing and option comparison reports
Specifications & schedules
- Technical specifications
- Equipment and cable schedules
- Duct and pipe schedules
- Interface and responsibility matrices
08 — Coordination method
How we control design quality
Integrated engineering is not only about having many disciplines. It requires a controlled coordination method that keeps decisions visible, traceable, and aligned.
Coordination workflow
- 01 Define project scope, stage, and responsibilities
- 02 Confirm design basis and available input data
- 03 Set up BIM, CDE, naming, exchange, and review rules
- 04 Develop discipline models and calculations in parallel
- 05 Run regular interdisciplinary design reviews
- 06 Track issues, clashes, assumptions, and open decisions
- 07 Resolve interfaces before documentation is issued
- 08 Check drawings against coordinated BIM models
- 09 Issue packages with clear revision and status control
- 10 Support construction with RFI and clarification workflows
What we check
- Spatial coordination and technical room capacity
- Equipment access and maintainability zones
- MEP route feasibility and structural openings
- External utility interfaces and connections
- Fire safety compartment interfaces
- Electrical and mechanical load consistency
- Specification and drawing consistency
- BIM model quality before issue
09 — Why teams choose us
Complexity demands a single point of engineering responsibility
Single-team delivery with full accountability for every interface between disciplines
Models used to check geometry, access, installation logic, clashes, and document consistency
Data centers, industrial, logistics — where interfaces are critical and coordination failures are expensive
Space, routes, access zones maintenance, installation logic, and documentation quality — designed in
Works with international standards design stages, clients, and digital delivery requirements
RFIs and clarifications resolved with engineering knowledge — not by looking up the drawing
Get in touch
Need integrated design and engineering
for a complex project?
Share your project stage, available documentation, required disciplines, BIM requirements, main technical risks, and expected delivery deadline. TEBIN will review the scope and explain how an integrated TEBIN team can deliver the required design and engineering scope.
Useful to include: project type and location · current design stage · available drawings or models · required disciplines · BIM and CDE requirements · main technical challenges
Start a conversationSelected project proof
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