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APPROACH

We empower companies to lead in architecture and design by applying advanced computational methods and workflows, delivering tailored solutions that achieve optimal results.

Capabilities

Parametric Custom Solutions

Generative Design

Genetic Algorithms

Algorithmic Optimization

Consultancy & Training

COMPUTATIONAL EXPERTISE

Algorithms unlock limitless potential across disciplines. Our three specialized hubs collaborate to drive innovation, precision, and transformative design processes.

AEC
Architectural, Engineering and Construction

Development of parametric workflows to optimize architectural design strategies, focusing on spatial quality, daylighting, and energy efficiency.

Integration of computational methods to explore adaptive facades, responsive layouts, and generative urban planning.

Rationalization of complex geometries and architectural systems to enhance constructability, reduce material waste, and streamline project delivery.

X-LAB
Research & Emerging Technologies

Developing computational tools and platforms tailored for architects and designers, enabling efficient exploration of design variations and workflows.

Leveraging AI and machine learning to create predictive systems that optimize spatial configurations and material usage.

Providing specialized training programs for companies, empowering teams to adopt computational design strategies and integrate emerging technologies into their workflows.

DESIGN
Parametric Solutions for Creative Industries

Creation of customizable 3D components and systems tailored for high-end interior, product design, furniture and installations.

Automation of design-to-fabrication workflows, enabling seamless transitions from conceptual ideas to manufacturing-ready models.

Production and commercialization of exclusive design collections using cutting-edge technologies such as 3D printing, CNC machining, and digital fabrication, ensuring precision and scalability.

main Services

Our expertise bridges real-world applications and innovation: in the AEC pole, we develop and optimize workflows and processes, while in the XLabs pole, we explore and design to push creative boundaries.

01

Architecture & Design

Innovative solutions integrating geometry rationalization to tackle complex challenges and deliver impactful, sustainable spaces.
02

Real Estate & Retail

Data-driven strategies for real estate and retail, tailored to local regulations, maximizing value through innovative design and spatial optimization.
03

Environmental Analysis

Comprehensive environmental simulations, including solar, wind, and energy performance studies, ensuring sustainable and efficient designs.
04

Automation & Optimization

Streamlined processes and advanced algorithms to enhance efficiency, improve performance, and unlock the full potential of your design workflows.
process

We are committed to designing the perfect strategy to drive the development of your projects and delivering a high-quality product within reasonable timeframes.

1.

Kick Off

We define goals, align expectations, and set the project scope. This step ensures everyone understands the vision and deliverables.

2.

Discovery & Proposal

We assess your needs, explore constraints and test ideas, presenting a strategic proposal with a defined timeline and budget.

3.

Execution

We implement, refine, and deliver the final product with accuracy and quality.

4.

Training

Tailored training sessions designed to help users master the tool, ensuring they can apply it effectively to meet their specific needs and objectives.

LATEST Projects
Automated Architecture

Lozenets Residential Complex

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Generative Design

Lafontaine Forest

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Genetic Algorithms

Oculus

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Automated Architecture

Carved Series

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Common queries

If your question isn’t listed, reach out to our team for further assistance.

01

What benefits can computational design bring to my business or projects?

X

Computational design maximizes economic return by automating processes and developing customizable, scalable, and reusable tools. This enables the rapid exploration of multiple design variations, optimizing resource and material use, which reduces costs and execution time.
Its precision minimizes errors and accelerates strategic decision-making by delivering solutions tailored to each project’s specific needs. The reusability of these tools ensures long-term efficiency, allowing workflows to remain consistent and adaptable across different contexts.

02

What types of projects can be developed?

X

We work across a wide range of industries, including AEC, industrial design, and digital manufacturing. We develop solutions tailored to projects of all scales, from small, customized assignments to large, complex systems.
Whether generating parametric geometries, applying genetic algorithms, or automating workflows, our approach adapts to each client’s specific needs. The versatility of computational design allows us to tackle diverse challenges and deliver efficient, precise, and scalable results, regardless of the project’s size.

03

What tools and technologies do you use?

X

We utilize advanced software such as Grasshopper, Rhinoceros 3D, Python, and C#, along with other parametric and scripting platforms. Additionally, we integrate AI tools like MidJourney, LookX, Luma AI, Runway, and ChatGPT to enhance creativity, automation, and efficiency. These technologies allow us to develop solutions tailored to each project with precision, adaptability, and innovation.

04

How does the collaboration process work?

X

We start with an initial meeting to understand your needs and define a project proposal based on scope and complexity. From there, we create tailored solutions, develop computational models, and collaborate iteratively to ensure the final result perfectly aligns with your goals.

Our Clients

Experience the Success Stories of Our Satisfied Clients

Alfonso Ponce
Transitions Director, EGIS Group
"I highly recommend SolvexLabs for their collaboration with Egis in developing a parametric model to evaluate carbon emissions and their monetary value. Their expertise, attention to detail, and adaptability were key to the project’s success."
Germán Hernández
Product Engineer, AV Drop
"We recommend SolvexLabs for their invaluable support in developing our parametric configurator, which has streamlined our workflow and boosted productivity. Their Grasshopper expertise was key to optimizing efficiency and meeting deadlines."
Fernando Rodríguez
Founder, ChocoDiseños
"As a chocolatier company, we rely on SolvexLabs to develop complex molds and automate workflows through customized algorithms. Their creativity and efficiency have been key to more than five years of fruitful and trustworthy collaboration."
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