WHAT CAN WE DO FOR YOU
CREATING DIGITAL TOOLS
GENERATING END PRODUCT
TECHNICAL SUPPORT
OUR EXPERTISE
SOLVING COMPLEX GEOMETRIC PROBLEMS
AUTOMATING REPETITIVE & TIME-CONSUMING TASKS
EXPLORING MULTIPLE DESIGN SOLUTIONS
HOW WE CAN COOPERATE
YOU CREATE SKETCHES, OR DEFINE PRECISE SET OF RULES, INSTRUCTIONS & GOALS
WE CREATE ALGORITHMS WITH SPECIFIC GEOMETRIC OPERATIONS
LEVERAGING COMPUTATIONAL CAPABILITIES FOR SWIFT EXECUTION
SERVICES
PARAMETRIC &
GENERATIVE DESIGN
MAKING DECISIONS
WITH ARTIFICIAL INTELIGENCE
AUTOMATION
IN ARCHITECTURE
DESIGN
TO FABRICATION
PERFORMANCE-BASED
OPTIMISATION
CUSTOM ANALYSIS
& SIMULATIONS
SERVICES
PARAMETRIC &
GENERATIVE DESIGN
MAKING DECISIONS
WITH ARTIFICIAL INTELIGENCE
AUTOMATION
IN ARCHITECTURE
DESIGN
TO FABRICATION
PERFORMANCE-BASED
OPTIMISATION
CUSTOM ANALYSIS
& SIMULATIONS
REFERENCES
PROJECTS
COMPETITIONS
PLUG-INS
ABOUT COMPANY
The company Algorithmic Architecture was founded in 2019 with the goal of automating workflows within the AEC industry. We center our business around helping other companies enhance their productivity, offering a wide range of computational design services.
Architects and engineers often encounter a large number of repetitive tasks (e.g., producing workshop drawings) or complex geometric problems that take too much time to solve manually (e.g., working with free-form design). We specialized in automating these tasks, reducing working hours and other necessary resources for your projects.
We create sophisticated algorithms for various tasks using the techniques of visual programming (mostly Grasshopper 3D) and object-oriented programming (mostly C# and Python). Relying on programming, we can ensure high efficiency (fast generation of elements), high precision (with up to 0.01mm tolerance) and
consistency (reducing accidental human error).
We strive to increase collaboration between humans and machines, leveraging the advantages of both entities. This means that the role of an architect (computational designer) is focused on conceptualizing the problem (creating the algorithm), relying later on the computer to perform time-consuming operations.