Computational Design

The future of how we design new buildings, spaces, and facilities and establish comfort is tech-driven.

Computational design is not just a digital tool, but a sophisticated instrument which allows us to see construction differently. It offers a new method to generate, describe and analyze multiple design options, fast and iteratively.

Computational Design allows us to see constructions in Crete, Greece differently.
Photo by Andras Vas on Unsplash

Computational Design Services

Computational Design

Generative Design

Generative Design can harness the power of AI and Digital technology to develop high-performance and sophisticated design iterations that help solve complex construction challenges, like reducing component weight, identifying building orientation, improving energy-saving or optimizing performance, and making the overall design simpler.

Generative design is capable of simultaneous exploration, validation, and comparison of thousands of design alternatives. These are then evaluated by the engineer or the designer, who makes the final selection.

Computational Design

Computational Analysis

Using computational analysis tools ARENCOS can do just this; not only working with complex building components in architectural design but adapting it fast to effectively respond to the varying needs of the project.

Whether it is the off-grid equipment and its placement, or simulating the maximum amount of daylight, ARENCOS can help you understand the impact design decisions have on the project.

Computational Design

Sunlight Access

By analyzing the impact of the sunlight on a building, as well as the building’s location, the spatial arrangement, orientation, windows placement, daylight access and other design features ARENCOS can help clients increase the energy efficiency of their buildings, establish comfort and optimize the financial value of the building.

We offer:

• Solar Radiation Analysis
• Shade Assessment
• Building Material Durability Assessment

Computational Design

Pattern Recognition

ARENCOS via Computational Pattern Recognition can look for materials similarities, patterns and features to enable cost-effective, sustainable and risk-friendly project design before the construction process.

Whether looking for the maximum amount of daylight, the minimum amount of energy required, or simply the quality of material, there are many opportunities to leverage Computational Pattern Recognition in your project. 

Our team is exceptionally qualified to assist you identify which material or component would be a good fit for your commercial or residential project.

Computational Design

Geometric Rationalisation

It looks beautiful, but is it really buildable, durable and cost-efficient? We carefully investigate and assess the design elements of your structure to make sure their geometries will work and look beautiful in the real world.

Understanding material and structural components' performance are essential in finding an appropriate form. ARENCOS works with you to optimize the design through physics-based simulations and also can assist you design an operation and maintenance strategy for your project.

We provide solutions on:

  • Facade Design
  • Special Structural Components
  • Special Structures
  • Tall Buildings

 

Computational Design

Energy Autonomy

What it takes to reach net zero? The very idea of transitioning a property in Crete, Greece to net-zero carbon emissions can be daunting.

Performing an autonomy scenario analysis can help property owners weigh the costs of transitioning to net-zero carbon emissions — and the risks of maintaining such a property.

Whether solving for the maximum amount of sunlight, the minimum number of solar panels on the roof, or simply automating the physical ventilation, there are many opportunities to better understand and implement energy-autonomous solutions for your commercial or residential property in Crete, Greece.

Computational Fluid Dynamics

Computational Design Workflows

At ARENCOS, Computational Design Services bridge architectural innovation, structural engineering, and sustainable environmental performance. By leveraging advanced algorithms, parametric modeling, computational fluid dynamics (CFD) analysis, and biophilic design principles, ARENCOS transforms complex project constraints into optimized building designs.

The computational design creates new opportunities for design and engineering. We develop state-of-the-art design systems with intelligent design processes and tools that help builders, contractors, architects and engineers solve complex design problems, faster and minimize risks.

Here are 6 core parameters defined and optimized through ARENCOS's in-house computational tools:

Constructability & Material Fabrication Bounds

In-House Tool / Module: ARENCOS Rationalization & Costing Suite.

Definition: Maps structural dimensions to available local construction materials, prefabrication limits, and regional buildability constraints.

Impact: Converts complex geometric forms into practical, cost-effective components ready for fabrication and site assembly.

Biophilic Geometry & Spatial Adjacencies

Ιn-House Tool / Module: ARENCOS Biophilic Spatial Algorithmic Planner

Definition: Maps natural light penetration, view corridors to surrounding landscapes, outdoor-indoor connectivity ratios, and functional room adjacencies.

Impact: Generates space planning options that enhance occupant well-being and align with biophilic architecture principles.

Structural Optimization & Seismic Load Boundaries

In-House Tool / Module: ARENCOS Structural & Material Optimization Tool

Definition: Simulates structural stress distribution, wind loads, and regional seismic forces on concrete, steel, and timber systems.

Impact: Optimizes structural mass to ensure safety and resilience while reducing raw material usage and embodied carbon.

Natural Ventilation Coefficients

In-House Tool / Module: ARENCOS CFD & Airflow Optimizer

Definition: Analyzes wind patterns, prevailing coastal breeze velocities, pressure differentials, and thermal buoyancy.

Impact: Drives passive cooling layouts, optimizing indoor air circulation and reducing reliance on mechanical HVAC systems.

Solar Shading & Orientation

In-House Tool / Module: ARENCOS Climate-Parametric Solar Engine

Definition: Integrates local Mediterranean solar paths, seasonal radiation intensity, and shading angles.

Impact: Dynamically adjusts building orientation, louver angles, and window placement to maximize natural daylighting while minimizing summer thermal gain.

Computational Design in Chania, Crete - ARENCOS Engineers and Architects
Stavros Thomas - ARENCOS Senior Engineer and Researcher

Talk to Stavros Thomas about this service.

Energy Engineer, Business Digitalization Specialist

Digital Matters & Net-Zero
66 Apokoronou Street, 73135,
Chania, Crete, Greece.

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Overcome complex design and sustainability challenges with AI and computational data perfectly integrated to generate tangible results.

We have over 15 years of experience in computational design from a wide range of projects in Greece. Moreover, our involvement in research projects in areas such as net-zero, green buildings and sustainable design adds increased business value to our assignments.

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ARENCOS brings together experts from all business sectors including Advanced Analytics and proprietary data to deliver consistent world-class outcomes for our clients with interest in the real estate and construction market of Chania, Crete, Greece.
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At ARENCOS, we integrate Computational Fluid Dynamics (CFD) directly into our architectural and building physics workflows to bridge the gap between aesthetic form and physical performance.

By embedding Computer Science into our construction and engineering workflows, we replace traditional, reactive building methods with predictive, algorithmic precision.

At ARENCOS, our Digital Function bridges the gap between physical construction and digital intelligence, transforming the built environment into a highly responsive, data-driven ecosystem.

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Relentlessly Focusing on Design & Construction Excellence.

From concept to completion, our team integrates innovative design principles, cutting-edge technology, and masterful craftsmanship. Every detail matters—because precision is not just a standard but a necessity. We challenge conventions, embrace creativity, and strive for perfection in every endeavour.
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We're committed to creating spaces that matter.

transformation. sustainability. total architecture. technology. earth materials. knowledge sharing. creativity. innovation.

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At ARENCOS we view architectural design and construction engineering as a holistic process of exploration and discovery fueled by limitless thinking.

 
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While our business continuously evolves, our core values are remaining constant. They define our way of working and are at the heart of everything we do in the field of architectural and engineering immersive experiences.

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We innovate on a continual basis, following trends and customer needs in the sectors in which we operate. We deliver essential innovations across our businesses— Construction & Civil Engineering, Real Estate, and Property Management. 

 
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