From initial climate analysis through commissioning.
We combine state-of-the-art numerical modeling with architectural pragmatism to ensure robust, measurable energy outcomes.
The 4 stages of our methodology
Analyze & Diagnose
Evaluate site, local climate, and programmatic requirements before taking engineering decisions.
- Microclimate and heliothermal survey of construction site
- Solar irradiance, prevailing wind patterns, and humidity analysis
- Operational occupancy profiles and internal thermal loads diagnostic
- In-situ building envelope and HVAC audit for existing facilities
Contractual Deliverables
- Bioclimatic diagnosis report
- Representative local weather profile (TMY)
- Site opportunities and constraints matrix
Simulate & Model
Forecast dynamic physics behavior hour-by-hour using digital simulation engines.
- 3D geometric building modeling including immediate solar obstructions
- Dynamic Thermal Simulation (DTS) across 8,760 hours of the year
- Daylight Factor (DF) and daylight autonomy mapping
- Hygrothermal summer comfort assessment without over-cooling
Contractual Deliverables
- Calibrated 3D digital model
- Surface temperature and daylight heatmaps
- Hourly thermal peak load curves
Optimize & Refine
Tune walls, glazing, and shading devices to maximize passive energy savings.
- Techno-economic comparative analysis of multiple envelope variants
- Passive optimization: thermal mass, insulation, solar heat gain coefficient (SHGC)
- Right-sizing ventilation airflow and cooling capacities
- Financial feasibility, capital expenditure, and return on investment validation
Contractual Deliverables
- Multi-criteria architectural decision matrix
- Thermal architectural detail drawings
- Right-sized equipment sizing specifications
Accompany & Validate
Support project execution from design drawings to post-occupancy performance.
- Specification integration in contract documents (tender and execution files)
- Assistance during contractor bid evaluation and technical reviews
- On-site inspection visits focusing on envelope airtightness and thermal bridges
- Commissioning, control setting verification, and measurement protocols
Contractual Deliverables
- Compliance verification sheets for tender
- Construction inspection supervision logs
- Operational handover and user guide
Continuous involvement across all operation phases
Conception
Definition of bioclimatic targets and architectural strategies
Design Studies
Detailed analysis, dynamic simulations, and envelope optimization
Construction
On-site technical support and thermal performance verification
Handover
Verification of systems and regulatory compliance validation
Operation
Continuous tracking, evaluation, and persistent performance enhancement
Energy efficiency is not an afterthought; it is an architectural design philosophy.