01
Architectural data as an operating system.
A generative, measurable and repeatable process that transforms complex reality into knowledge, decisions and built value.
Explore the system
Čitljivo
(Analogue)
Povjerljivo
(Digital)
The Code
Sustava logika — System logic
Naručitelj
Client
Stručnjaci
Experts
Izvođači
Contractors
Javnost
Public
Izvor
Source
Podaci
Data
Analiza
Analysis
Odluka
Decision
Provedba
Execution
Provjera
Review
Povratna petlja — Feedback loop
Code is
A generative system
A structural rule
A repeatable process
A measurement logic
Code is not
A visual style
A marketing identity
An aesthetic preference
An author-driven design
CSMA
C – Control
S – System
M – Management
A – Administration
02
Not a slogan.
A working model.
The CODE operates as a sequential process with built-in feedback loops. Each project follows the same logic and can be adapted to context, scale and complexity.
Explore the methodology
Conserve
Preserve existing material, structural and historical value.
Input — Existing fabric
Output — Conservation strategy
Observe
Systematic analysis and documentation before any design decision is made.
Input — Survey data
Output — Analytical model
Design
Translate analytical findings into decisions guided by context, constraints and purpose.
Input — Analytical brief
Output — Traced proposal
Execute
Precise realisation through controlled implementation and continuous verification.
Input — Technical docs
Output — Built outcome
C
Understand
O
Document
D
Translate
E
Realise
Feedback loop
Principles
Čitljivo
Clear and structured
Sljedivo
Traceable process
Logika sustava
Systemic approach
Iterativno
Continuous improvement
Sequential
Each project progresses C → O → D → E. No phase is skipped.
Recalibration
Design and Execute phases can trigger a return to Observe, allowing decisions to be recalibrated.
Output
Every output must be: Readable — Traceable — Following system logic.
03
Layered reading.
Informed decisions.
We combine architectural, historical, technical and digital data to understand value, detect risks and define interventions — from territory to detail.
Explore the process
L1
Territory
Regional and spatial context
L2
Historical core
Development and layers
L3
Urban transformation
Morphology, use, character
L4
Damage & change
Deterioration, material loss
L5
Intervention
Analysis, concept, construction
L6
Digital system
Scan, GIS, point cloud, database
L7
Digital interpretation
3D models, simulations, scenarios
L8
Construction & monitoring
Execution, control, maintenance
Damage mapping system
Structural damage
Cracks, settlements
Moisture
Rising damp, infiltration
Erosion
Weathering, material loss
Deformation
Geometry change
Material loss
Surface degradation
Interventions
Past and current
Surface degradation
Biological growth, pollution
Project framework
Research
Context, sources, literature
Documentation
Survey, drawings, photography
Analysis
Materials, structure, risk
Evaluation
Condition, priorities
Coordination
Concept, design, realisation
Archive
Models, data, knowledge
01 EXISTING CONDITION
Survey / Documentation
02 HISTORICAL LAYER
Research / Analysis
03 ANALYSIS
Readings / Models
04 DAMAGE MAPPING
Risks / Diagnosis
05 INTERVENTION
Design / Simulation
06 FINAL STATE
Realisation
04
From site to model.
In a unified ecosystem.
We integrate all data — 3D laser scanning, photogrammetry, GIS and BIM — into a single, accessible environment for analysis, planning and long-term management.
Explore digital twin
Digital ecosystem
Scan data — GIS data — BIM model — Metadata — Archive — Administration
Data acquisition
01
3D scanning
02
Photogrammetry
03
3D model / BIM
04
Research / Analysis
05
CSMA database
06
Archive / Reporting
Digital layers
L1 Point cloud
3D data
L2 BIM model
Parametric model
L3 GIS layer
Geospatial analysis
L4 Condition map
Materials and damage
L5 Interventions
Design and scenarios
L6 Documentation
Drawings, reports, data
05
Scientific precision.
Practical outcomes.
We analyse structural behaviour and environmental impacts to support better decisions and more resilient architecture.
Explore analysis
STRUCTURAL ANALYSIS
(FEM)
WIND ANALYSIS
(CFD)
WATER IMPACT
(Flood Risk)
SOLAR ANALYSIS
(Sunpath / Daylight)
THERMAL PERFORMANCE
(Energy Simulation)
ACOUSTIC ANALYSIS
(Sound / Reverberation)
CLIMATE & MICROCLIMATE
(Site Analysis)
MATERIAL BEHAVIOUR
(Ageing / Degradation)
06
“Analysis reveals
possibilities.
Knowledge gives
them meaning.”
07
Applied knowledge in heritage and contemporary architecture.
View selected projects
MOTOVUN
Conservation
ZAGREB
Urban Regeneration
ROVINJ
Documentation
NOVA VES
Adaptive Reuse
ZÜRICH
New Architecture
08
Complex projects require experience, precision and the right partners. We are here to support you.
Start a conversation
01
Architectural data as an operating system.
A generative, measurable and repeatable process that transforms complex reality into knowledge, decisions and built value.
Explore the system
Čitljivo
(Analogue)
Povjerljivo
(Digital)
The Code
Sustava logika — System logic
Naručitelj
Client
Stručnjaci
Experts
Izvođači
Contractors
Javnost
Public
Izvor
Source
Podaci
Data
Analiza
Analysis
Odluka
Decision
Provedba
Execution
Provjera
Review
Povratna petlja — Feedback loop
Code is
A generative system
A structural rule
A repeatable process
A measurement logic
Code is not
A visual style
A marketing identity
An aesthetic preference
An author-driven design
CSMA
C – Control
S – System
M – Management
A – Administration
02
Not a slogan.
A working model.
The CODE operates as a sequential process with built-in feedback loops. Each project follows the same logic and can be adapted to context, scale and complexity.
Explore the methodology
Conserve
Preserve existing material, structural and historical value.
Input — Existing fabric
Output — Conservation strategy
Observe
Systematic analysis and documentation before any design decision is made.
Input — Survey data
Output — Analytical model
Design
Translate analytical findings into decisions guided by context, constraints and purpose.
Input — Analytical brief
Output — Traced proposal
Execute
Precise realisation through controlled implementation and continuous verification.
Input — Technical docs
Output — Built outcome
C
Understand
O
Document
D
Translate
E
Realise
Feedback loop
Principles
Čitljivo
Clear and structured
Sljedivo
Traceable process
Logika sustava
Systemic approach
Iterativno
Continuous improvement
Sequential
Each project progresses C → O → D → E. No phase is skipped.
Recalibration
Design and Execute phases can trigger a return to Observe, allowing decisions to be recalibrated.
Output
Every output must be: Readable — Traceable — Following system logic.
03
Layered reading.
Informed decisions.
We combine architectural, historical, technical and digital data to understand value, detect risks and define interventions — from territory to detail.
Explore the process
L1
Territory
Regional and spatial context
L2
Historical core
Development and layers
L3
Urban transformation
Morphology, use, character
L4
Damage & change
Deterioration, material loss
L5
Intervention
Analysis, concept, construction
L6
Digital system
Scan, GIS, point cloud, database
L7
Digital interpretation
3D models, simulations, scenarios
L8
Construction & monitoring
Execution, control, maintenance
Damage mapping system
Structural damage
Cracks, settlements
Moisture
Rising damp, infiltration
Erosion
Weathering, material loss
Deformation
Geometry change
Material loss
Surface degradation
Interventions
Past and current
Surface degradation
Biological growth, pollution
Project framework
Research
Context, sources, literature
Documentation
Survey, drawings, photography
Analysis
Materials, structure, risk
Evaluation
Condition, priorities
Coordination
Concept, design, realisation
Archive
Models, data, knowledge
01 EXISTING CONDITION
Survey / Documentation
02 HISTORICAL LAYER
Research / Analysis
03 ANALYSIS
Readings / Models
04 DAMAGE MAPPING
Risks / Diagnosis
05 INTERVENTION
Design / Simulation
06 FINAL STATE
Realisation
04
From site to model.
In a unified ecosystem.
We integrate all data — 3D laser scanning, photogrammetry, GIS and BIM — into a single, accessible environment for analysis, planning and long-term management.
Explore digital twin
Digital ecosystem
Scan data — GIS data — BIM model — Metadata — Archive — Administration
Data acquisition
01
3D scanning
02
Photogrammetry
03
3D model / BIM
04
Research / Analysis
05
CSMA database
06
Archive / Reporting
Digital layers
L1 Point cloud
3D data
L2 BIM model
Parametric model
L3 GIS layer
Geospatial analysis
L4 Condition map
Materials and damage
L5 Interventions
Design and scenarios
L6 Documentation
Drawings, reports, data
05
Scientific precision.
Practical outcomes.
We analyse structural behaviour and environmental impacts to support better decisions and more resilient architecture.
Explore analysis
STRUCTURAL ANALYSIS
(FEM)
WIND ANALYSIS
(CFD)
WATER IMPACT
(Flood Risk)
SOLAR ANALYSIS
(Sunpath / Daylight)
THERMAL PERFORMANCE
(Energy Simulation)
ACOUSTIC ANALYSIS
(Sound / Reverberation)
CLIMATE & MICROCLIMATE
(Site Analysis)
MATERIAL BEHAVIOUR
(Ageing / Degradation)
06
“Analysis reveals
possibilities.
Knowledge gives
them meaning.”
07
Applied knowledge in heritage and contemporary architecture.
View selected projects
MOTOVUN
Conservation
ZAGREB
Urban Regeneration
ROVINJ
Documentation
NOVA VES
Adaptive Reuse
ZÜRICH
New Architecture
08
Complex projects require experience, precision and the right partners. We are here to support you.
Start a conversation
The Code
Architecture for what endures.
Zürich
St. Gallen
Motovun
Zagreb
info@thecode.ch
Impressum
Privacy
Cookies
08 / 08
01
Architectural data as an operating system.
A generative, measurable and repeatable process that transforms complex reality into knowledge, decisions and built value.
Explore the system
Čitljivo
(Analogue)
Povjerljivo
(Digital)
The Code
Sustava logika — System logic
Naručitelj
Client
Stručnjaci
Experts
Izvođači
Contractors
Javnost
Public
Izvor
Source
Podaci
Data
Analiza
Analysis
Odluka
Decision
Provedba
Execution
Provjera
Review
Povratna petlja — Feedback loop
Code is
A generative system
A structural rule
A repeatable process
A measurement logic
Code is not
A visual style
A marketing identity
An aesthetic preference
An author-driven design
CSMA
C – Control
S – System
M – Management
A – Administration
02
Not a slogan.
A working model.
The CODE operates as a sequential process with built-in feedback loops. Each project follows the same logic and can be adapted to context, scale and complexity.
Explore the methodology
Conserve
Preserve existing material, structural and historical value.
Input — Existing fabric
Output — Conservation strategy
Observe
Systematic analysis and documentation before any design decision is made.
Input — Survey data
Output — Analytical model
Design
Translate analytical findings into decisions guided by context, constraints and purpose.
Input — Analytical brief
Output — Traced proposal
Execute
Precise realisation through controlled implementation and continuous verification.
Input — Technical docs
Output — Built outcome
C
Understand
O
Document
D
Translate
E
Realise
Feedback loop
Principles
Čitljivo
Clear and structured
Sljedivo
Traceable process
Logika sustava
Systemic approach
Iterativno
Continuous improvement
Sequential
Each project progresses C → O → D → E. No phase is skipped.
Recalibration
Design and Execute phases can trigger a return to Observe, allowing decisions to be recalibrated.
Output
Every output must be: Readable — Traceable — Following system logic.
03
The
reconstruction
system
Layered reading.
Informed decisions.
We combine architectural, historical, technical and digital data to understand value, detect risks and define interventions — from territory to detail.
Explore the process
L1
Territory
Regional and spatial context
L2
Historical core
Development and layers
L3
Urban transformation
Morphology, use, character
L4
Damage & change
Deterioration, material loss
L5
Intervention
Analysis, concept, construction
L6
Digital system
Scan, GIS, point cloud, database
L7
Digital interpretation
3D models, simulations, scenarios
L8
Construction & monitoring
Execution, control, maintenance
Damage mapping system
Structural damage
Cracks, settlements
Moisture
Rising damp, infiltration
Erosion
Weathering, material loss
Deformation
Geometry change
Material loss
Surface degradation
Interventions
Past and current
Surface degradation
Biological growth, pollution
Project framework
Research
Context, sources, literature
Documentation
Survey, drawings, photography
Analysis
Materials, structure, risk
Evaluation
Condition, priorities
Coordination
Concept, design, realisation
Archive
Models, data, knowledge
01 EXISTING CONDITION
Survey / Documentation
02 HISTORICAL LAYER
Research / Analysis
03 ANALYSIS
Readings / Models
04 DAMAGE MAPPING
Risks / Diagnosis
05 INTERVENTION
Design / Simulation
06 FINAL STATE
Realisation
04
The
digital twin
From site to model.
In a unified ecosystem.
We integrate all data — 3D laser scanning, photogrammetry, GIS and BIM — into a single, accessible environment for analysis, planning and long-term management.
Explore digital twin
Digital ecosystem
Scan data — GIS data — BIM model — Metadata — Archive — Administration
Data acquisition
01
3D scanning
02
Photogrammetry
03
3D model / BIM
04
Research / Analysis
05
CSMA database
06
Archive / Reporting
Digital layers
L1 Point cloud
3D data
L2 BIM model
Parametric model
L3 GIS layer
Geospatial analysis
L4 Condition map
Materials and damage
L5 Interventions
Design and scenarios
L6 Documentation
Drawings, reports, data
05
Scientific precision.
Practical outcomes.
We analyse structural behaviour and environmental impacts to support better decisions and more resilient architecture.
Explore analysis
STRUCTURAL ANALYSIS
(FEM)
WIND ANALYSIS
(CFD)
WATER IMPACT
(Flood Risk)
SOLAR ANALYSIS
(Sunpath / Daylight)
THERMAL PERFORMANCE
(Energy Simulation)
ACOUSTIC ANALYSIS
(Sound / Reverberation)
CLIMATE & MICROCLIMATE
(Site Analysis)
MATERIAL BEHAVIOUR
(Ageing / Degradation)
06
“Analysis reveals
possibilities.
Knowledge gives
them meaning.”
07
Real projects.
Real impact.
Applied knowledge in heritage and contemporary architecture.
View selected projects
MOTOVUN
Conservation
ZAGREB
Urban Regeneration
ROVINJ
Documentation
NOVA VES
Adaptive Reuse
ZÜRICH
New Architecture
08
Complex projects require experience, precision and the right partners. We are here to support you.
Start a conversation
The Code
Architecture for what endures.
Zürich
St. Gallen
Motovun
Zagreb
info@thecode.ch
Impressum
Privacy
Cookies
08 / 08