Design & Architecture
Multifaceted design process
We do design work on multiple scales, ranging from jewelry to urban design. We have strong know-how in parametric architecture, as well as in generative design workflows. As we have degrees in industrial design, architecture, and structural engineering, we understand many facets of manufacturing. We are experts in digital fabrication, be it 3d printing, CNC –milling, laser cutting, or robotics.
Multifaceted design process
Let us help you bring your vision to life, no matter the scale. From industrial design to urban planning solutions, we have the skills and expertise to make it happen. Our team members come from diverse backgrounds in industrial design, architecture, and structural engineering, allowing us to understand many facets of manufacturing and create designs that are both aesthetic and practical.
what we offer
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Structural optimization
We have done design optimization based on FEM analysis, to arrive at material savings, or at optimizing structural performance
Parametric architecture
We teach parametric architecture, and GH, and can analyze and solve complex problems,, be it urban design, environmental architecture, massings, or complex facades. We help you parametrize the problem, and to find approproate solutions.
Complex geometry
We can utilize algorithmic design to model complex geometry, be it patterns in consumer goods parts, or complex facades. The solutions can be integrated into your manufacturing workflow, or into your construction needs. We do files for formwork, for milling, printing, etc.
Structural optimization
We can assist you in analyzing the behavior of structures including stress and strain analysis, static and dynamic analysis, and FEA. Structural analysis helps design structures that are efficient, and reliable, and is a critical component of any structural optimization process.
Optimization techniques are used to improve the performance and efficiency of structural systems. These techniques include genetic algorithms, particle swarm optimization, and simulated annealing, among others. By iteratively adjusting parameters and evaluating performance, optimization techniques help engineers find the best design solutions for a given set of constraints and objectives, leading to more efficient and cost-effective structures.
Optimization techniques are used to improve the performance and efficiency of structural systems. These techniques include genetic algorithms, particle swarm optimization, and simulated annealing, among others. By iteratively adjusting parameters and evaluating performance, optimization techniques help engineers find the best design solutions for a given set of constraints and objectives, leading to more efficient and cost-effective structures.
Parametric architecture
We teach parametric architecture, and GH, and can analyze and solve complex problems,, be it urban design, environmental architecture, massings, or complex facades. We help you parametrize the problem, and to find approproate solutions.
Complex geometry
We can utilize algorithmic design to model complex geometry, be it patterns in consumer goods parts, or complex facades. The solutions can be integrated into your manufacturing workflow, or into your construction needs. We do files for formwork, for milling, printing, etc.
Mass customization
We can parametrize your designs to afford mass customization, or to automate design workflows. We can build tools for your designers to save time in turnaround, or UI with which your customers can design for themselves.
Generative design
Generative design is an iterative process in which a program will generate a set number of outputs that meet certain criteria set by the designer. The outputs can include images, architectural models or plans, sound, animations, etc. It becomes a powerful and efficient tool that enables the exploration of a myriad of design possibilities in a non-resource-exhaustive manner.
Because it relies on rules and relationships instead of fixed geometries, the generated outcomes can lead to more responsive and sensitive solutions to wicked problems in architecture and design.
Because it relies on rules and relationships instead of fixed geometries, the generated outcomes can lead to more responsive and sensitive solutions to wicked problems in architecture and design.
Mass customization
We can parametrize your designs to afford mass customization, or to automate design workflows. We can build tools for your designers to save time in turnaround, or UI with which your customers can design for themselves.
Generative design
Generative design is an iterative process that uses technology to produce a variety of design outputs based on specific criteria. By relying on rules and relationships instead of fixed geometries, generative design allows for more responsive and sensitive solutions to complex problems in architecture and design.
This powerful tool enables designers to explore a vast range of design possibilities without exhausting resources, optimizing their workflow and empowering them to produce efficient and stunning designs that meet the needs of their clients and end-users. Choose generative design for your next project and experience the power of technology and creativity working together to create the optimal design outcome.
This powerful tool enables designers to explore a vast range of design possibilities without exhausting resources, optimizing their workflow and empowering them to produce efficient and stunning designs that meet the needs of their clients and end-users. Choose generative design for your next project and experience the power of technology and creativity working together to create the optimal design outcome.
