Spatial Labs aims to tackle the evolving requirements of recent architecture and climate resilience by providing tailor-made solutions for every project of the built environment. We are engaged in special topics of structural engineering, façade consulting and building physics studies emphasizing on architectural feasibility, technical excellence, cost reduction, structural optimization and sustainability.
SPATIAL LABS SERVICES
Our Expertise
Façade Engineering
Structural Engineering
Building Physics
01.
FAçADE ENGINEERING
Façade elements lead modern structures in optimization and multidisciplinary requirements.
With a holistic approach our team is here to ensure that all interdependencies are satisfied to elevate the appearance of every building emphasizing the need for recycling and sustainable materials.
Structural, thermal, acoustic, water permeability, airtightness, light transmission, tolerance facilitation and installation easiness are paramount towards designing a façade that stands out, expedites constructability and endures the ravages of time. Let’s not forget that this is usually the most expensive item on a building per square meter. You cannot afford not to have it optimized.
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Structural Optimization
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Parametric Design
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Detailed Thermal Modelling
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Acoustics integration
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Air permeability class definition
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Watertightness level assessment
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Movement & Tolerance Accomodation studies
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Drawings package
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Specifications & Tender package
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Inspection & Forensics Assessment
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ESG targets and KPIs
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Environmental Performance
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Carbon footprint assessment
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Renewable energy integration
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Lifecycle Analysis
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Social value & community impact assessment
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Supporting sustainability certification goals
02.
STRUCTURAL ENGINEERING
With a strong focus on structural optimization of steel, aluminium and glass structures, our team guarantees material cost reductions by utilizing cutting edge engineering software and advanced engineering assumptions. We keep pushing the boundaries of engineering ingenuity to achieve the architectural intent no matter how complex or unreal it may be.
We always prefer to investigate how to make it happen rather than stating that it cannot be done. We prioritize safety but having underutilized items in our structures isn’t what we are known for; hence, we employ the latest scientific advancements to maximize member utilizations while satisfying the requirements of pertinent building codes.
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Aluminium & Steel Structures optimization
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Performance-based design
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Material and geometric nonlinear analyses
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Cross-section optimization strategies
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Advanced finite element modeling
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Material waste mitigation
03.
BUILDING PHYSICS
Reducing energy consumption, minimizing CO2 emissions and preserving the environment are at the center of our industry. Advanced thermal modelling, daylight analyses, and climatology forecasts are only some of the latest technological developments we employ to set project-specific specifications for modern buildings that aim to outperform climate change impacts, achieve sustainability KPIs, and ensure visual & thermal comfort.
Towards integrating sustainable practices into engineering, we predict the performance of a building and provide guidance on environmentally conscious design and implementation, fostering a greener and more responsible approach to engineering.
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Thermal & Climatology
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U-values
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G-values
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Thermal bridging analysis
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Energy demand studies
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Carbon emissions estimation
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Optimal user thermal comfort & overheating analysis
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Condensation risk assessments
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Climate change resilience
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Current & future climate conditions analysis
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Daylight
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Daylight Studies
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Glare control
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Shading system optimization
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Optimized Glass light transmissions
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Acoustics
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Acoustic Measurements
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Acoustic studies
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SPATIAL LABS
' The built environment is responsible for about 42% of annual global CO2 emissions. Its role is crucial in achieving sustainability and cost efficiency, affecting the life cycle of a building. '
Sun shading simulations
Exploded perspectives
THERMAL ANALYSIS
Advanced spatial energy modelling incorporating daily site-specific climatic data to achieve maximum calculation precision on the path of optimizing heating/cooling loads, energy consumption, thermal comfort and climate resilience.
DAYLIGHT ANALYSIS
Cutting-edge 3D simulations capturing natural daylight conditions, lux levels and glare issues provide essential guiding tools in the architectural design by enhancing sun shading strategies, glazing selection, transparent vs opaque element selection, interior design, and more.
STRUCTURAL ANALYSIS
State of the art analysis employing the latest calculation tools, while delving deep into analytical and numerical models with a strong focus on minimizing material waste, to develop feasible solutions for any architectural intent.
30+
COUNTRIES
25+
YEARS OF EXPERIENCE
46%
ANNUAL GROWTH RATE
Collaborating with true leaders, those who redefine architecture, construction and the built environment, and equipped with a growth mindset as part of our culture, we stay one step ahead of the latest advancements in our field.
We are proud of our network, which is built on trust and transparency.
Delve into our projects, yours might be our next one.
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