CAPABILITIES
Design,
manufacturing and research.
COMPUTER SYSTEMS
Parametric flows, interoperability, and automation for data-rich environments
INDUSTRY & MANUFACTURING
DfMA, robotic flows and integration of advanced manufacturing processes.
RESEARCH & DATA
Scientific visualization, data structures, and systems for applied research
BUILT ENVIRONMENTS
Computer systems applied to architecture, infrastructure and industrialized construction
OUR APPROACH
We connect geometry, data, and manufacturing through computational workflows
We operate at the intersection of design, engineering, research, and technology. We build computational infrastructure capable of translating complex physical systems into structural, adaptable, and manufacturable processes.
GEOMETRY
Form, structure and spatial logic
DATA
Attributes, relationships and
behavior
MANUFACTURING
Processes, robotics and
materialization
SYSTEMS
Interoperability, automation
and flow orchestration
RESEARCH IN THE CENTER
We research and develop to solve
the complex challenges of the future
MOLECULAR SYSTEMS
Visualization of biologicalmolecular structures
DATA STRUCTURES
Exploration of relationships and
generative systems
MANUFACTURING EXPERIMENTATION
Testing of robotic processes and advanced manufacturing methods
SIMULATION & ANALYSIS
Performance-driven design using simulation flows.
PROTOTYPES
From the digital experiment to the
physical validation
Impact indicators
INDUSTRIAL MANUFACTURING
Data-driven manufacturing and process integration
RESEARCH & BIOTECHNOLOGY
Scientific visualization and computational research workflows
ADVANCED MANUFACTURING
Robotics systems, additive manufacturing, and materials logic
FEATURED PROJECTS
A9 Badhoevedrop - Holendrecht
Parametric Substructure Systems
Development of computational workflows for the mass generation of metal substructures and gabion walls through interoperability between Tekla and Revit
Automation in linear works by studying manufacturing cases not resolved in design .
Bio-based Phase Change Materials
Materials research
Collaborative research focused on the development of Bio-PCM materials from recycled oils, exploring physicochemical processes, thermal behavior and potential applications in industrial and construction environments.
Generative structural systems
Structural design and calculation
Development of a computational pipeline for the real-time generation and structural evaluation of industrial buildings. The system allowed for the definition of geometry, spans, truss typologies, and project constraints to produce automated structural proposals...
MVP Molecular Analysis Systems
Data automation and visualization
Development of computational workflows for the extraction, structuring , and automated processing of molecular datasets from PBD files. The system allows for the generation of massive analyses, filtering of clusters, quantification of elements, etc.
Infrastructure systems
Advanced structural modeling
Development of parametric workflows for the comprehensive modeling of active metal systems, post-tensioning, and technical installations in complex infrastructure environments. The project included the generation and computational coordination of metal structures, cooling piping, etc.
From the data
to the subject
Applied research, parametric design, and industrial processes connected within the same technological infrastructure