

Ultra Passive Building Bio-Inspired [UPBIB]
In Situ Lab, In Situ Architecture
Consortium IN SITU LAB / Laboratoire RDP / ALKANTE
Winner of the Alternatives Verte 2 call for projects, this research program aims to create an online software solution that automatically generates urban forms and building envelopes for all types of land plots.
Datamorphoz supports In Situ Lab by structuring the algorithmic and environmental logic behind the project.
The scope includes developing Grasshopper parametric scripts, exploring morphological scenarios, and conducting environmental simulations to compare solutions using a set of key performance indicators (KPIs) before integrating them into the software architecture developed by Alkante.
MRS5 Datacenter Marseille
Digital Realty
B+R Architects (lead), DK Architectes
Marseille, France
Parametric 3D modeling of the textile façade and its supporting structure for BIM integration.
- Algorithmic form-finding
- Automated generation of the secondary structure
- Export of design options for visualization on the Design Explorer
- Delivery of the detailed 3D model in IFC format



Feasibility Study – Container Housing
MODURABLE
Xavier JAFFRAY, Frederic TABARY
Montereau, France
Automation of feasibility studies for a modular housing concept based on shipping containers.
- Generation of multiple site layout scenarios for containers and parking
- Evaluation of scenarios against a set of KPIs
- Export of models for realistic rendering
Parametric Thermal Study “Ribbed Envelopes”
In Situ Architecture
Dakar, Sénégal (case study)
A parametric and comparative thermal study designed to demonstrate the benefits of ribbed geometry inspired by thermophilic plants in building envelopes. The aim is to show potential improvements in thermal comfort.
- Comparative studies with variable parameters (envelope geometry, wall composition, location)
- Thermal simulation: predicted annual and hot-season temperatures
- Export of results for visualization on the Design Explorer


Design & Fabrication of 3D-Printed Packaging Prototypes
PSD, Groupe Cellutec
Datamorphoz, Replicad3D
Libourne, France
Feasibility study exploring innovative alternatives to traditional foam packaging using 3D-printed thermoformed lattice structures in biosourced recycled material
- Design of parametric models for molds and “intelligent” lattices
- Material optimization and deformation simulation
- 3D printing and thermoforming
Custom Furniture Design & Digital Fabrication
Individuals and companies
Datamorphoz, PTS Composite
Martillac, France
Configurable, custom furniture design and production.
- Parametric design and generation of fabrication files for CNC
- Flat-pack fabrication and assembly with digital milling tools





