IntegratedDesignand Engineering

One coordinated system for technically complex buildings

Coordinated architectural and engineering model of a complex building

TEBIN integrates architecture, structures, civil infrastructure, building systems, electrical engineering, telecommunications, fire protection, and Building Information Modeling within one accountable team.

Disciplines8 in-house

DeliveryBIM-driven, ISO 19650

StagesConcept to design clarification

The problems we solve

Complex projects fail
at theinterfaces

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

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 before documentation is issued.

Interfaces managed from the start

We define responsibility across technical rooms, shafts, routes, penetrations, access zones, external connections, and utility interfaces before they become construction issues.

Models support engineering decisions

Building information models are used to check geometry, access, installation logic, clashes, and document consistency while the design is developing.

Calculations become buildable information

Calculations stay connected to project geometry, selected equipment, routes, loads, and operational requirements, then carry through into coordinated construction documentation.

Eight disciplines.One coordinated system.

Each discipline develops its own technical scope. Interfaces, decisions, and issued information remain connected through one coordination core.

ARCArchitecture

Concept design, planning layouts, technical room coordination, building envelope interfaces, facade coordination, interior layouts, accessibility, and integration with engineering systems.

STRStructural 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.

CVLCivil Engineering

Site grading, earthworks, roads, external drainage, utilities, site infrastructure, utility corridors, connection points, and coordination between building systems and external networks.

MEPMechanical Engineering

HVAC, ventilation, heating, cooling, plumbing, sanitary systems, process HVAC interfaces, plant room layouts, hydraulic design, thermal coordination, and mechanical BIM models.

Coordination core

Shared technical responsibility

Common design basis
Controlled interfaces
Coordinated issue

ELCElectrical Engineering

MV/LV distribution, transformers, switchgear, UPS, generators, emergency power, lighting, earthing, lightning protection, cable routes, load calculations, and electrical BIM coordination.

ICTICT & 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.

FPSFire 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.

BIMBIM 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.

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.

From early conceptto design clarification

TEBIN can deliver the full design and engineering lifecycle or defined project stages, depending on the required scope.

00Strategic DefinitionUnderstand project constraints, risks, and basic technical direction

Typical outputs

Project brief and available documentation review
Site and utility constraints review
Preliminary technical options and risks
Discipline responsibility matrix
Initial BIM and coordination strategy

01Concept DesignDefine the main technical concept and key engineering decisions

Typical outputs

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

02Design DevelopmentDevelop coordinated design and resolve main technical interfaces

Typical outputs

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

03Tender / IFCIssue a coordinated technical package for tendering or construction

Typical outputs

IFC drawings, BIM models, and technical specifications
Equipment, cable, and system schedules
Calculation reports
Tender clarification support
Coordinated scope split and interface package

04Design ClarificationAnswer implementation questions and protect design intent during execution

Typical outputs

RFI responses and shop drawing review
Design clarification for contractors and delivery teams
Model updates and as-built coordination where agreed
Technical review of proposed design changes

Clear engineering outputsfor decision, tender, and construction

Every output belongs to the same coordinated technical issue, with aligned models, calculations, drawings, schedules, and specifications.

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

How we controldesign 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

01Define scope, design basis, project stage, and discipline responsibilities
02Set up model, information exchange, naming, and review rules
03Develop discipline models and calculations in parallel
04Review interfaces, track decisions, and resolve coordination issues
05Check and issue coordinated packages, then support design clarification

Pre-issue gate

Checks before information is released

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

Complexity demandsa single point ofengineering responsibility

Coordinated disciplines

ARCArchitecture
STRStructural Engineering
CVLCivil Engineering
MEPMechanical Engineering
ELCElectrical Engineering
ICTICT & Security
FPSFire Protection & Life Safety
BIMBIM Coordination & Digital Delivery

Single point of responsibility

One accountable engineering team

Decisions, interfaces, and technical outcomes remain connected from concept through construction clarification

Interface ownership

Responsibility stays visible where disciplines meet

Buildability

Space, routes, access, and installation logic are checked before issue

Technical continuity

Engineering knowledge follows the project into construction clarification

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 conversation

7,000 m² Industrial Plant in Central Europe: Full-Scope BIM Delivery project by TEBIN

Industrial & Manufacturing · Central Europe

IntegratedDesignand Engineering

Complex projects fail
at theinterfaces