Simulate performance Synthesize matter
Print the future
ABIOXA A pioneering innovation hub seamlessly merging creativity and advanced research to redefine architectural performance. Core Focus: Bio-Based Membranes, Additive 3D Manufacturing & Generative AI Deep Simulations.
Exploration frontiers / At ABIOXA, our R&D roadmap operates at the intersection of generative computation, material science, and digital fabrication. We push the boundary of architectural performance through three core research vectors.
R&D Focus Areas
A. SIMULATIONS
SIMULATE PERFORMANCE: Generative AI & Deep Learning Analysis.
Frontier 01 — Deep AI & Generative Simulations [A]
Key Topics: Multi-Physics CFD Simulations / Algorithmic Geometry / AI Structural Optimization.
Title: Algorithmic Performance & Optimization
Description: We develop deep learning models and multi-physics simulations to predict structural, environmental, and thermodynamic behavior prior to physical synthesis. By replacing traditional CAD workflows with generative multi-agent systems, we engineer self-optimizing geometric structures tailored to climate responsiveness.
B. MATERIALS
SYNTHESIZE MATTER: Bio-Based & Adaptive Membranes Exploration.
Frontier 02 — Adaptive Bio-Membranes [B]
Key Topics: Biopolymer Synthesis / Phase-Change Membranes / Circular Material Loops.
Title: Bio-Composite & Living Matter Synthesis
Description: Research focused on non-toxic, bio-based membrane systems engineered for passive thermal regulation, moisture harvesting, and carbon sequestration. Our bio-composites transition architecture from passive shelter to active, metabolizing building skins that adapt to microclimatic variations.
X. PRINT
PRINT THE FUTURE : Models & Test to Large-Scale Additive Manufacturing.
Frontier 03 — Additive 3D Printing Scaffold [X]
Key Topics: Robotic Additive Printing / Structural Scaffolds / Zero-Waste Manufacturing.
Title: Large-Scale Digital Manufacturing
Description: Translating computational BIM models into physical reality through custom additive manufacturing workflows. We optimize multi-axis 3D printing paths to deposit bio-based materials with zero material waste, producing high-strength, lightweight structural scaffolds for complex architectural envelopes.
Bridging Generative Computation, Bio-Materials, and Additive Fabrication.
ABIOXA operates as an advanced architectural research laboratory dedicated to decarbonizing the built environment. We combine artificial intelligence, synthetic bio-membranes, and robotic 3D printing to engineer high-performance, climate-responsive architectural systems. By synthesizing computational physics with material innovation, we turn complex environmental data into functional, physical structures.
Partnering for the Future of Bio-Fabrication
Who We Are
Germán Pérez León
Lead Systems Integrator & Co-Founder
3D Printing & Advanced Fabrication
Expert | Smart Building & KNX
Specialist | Lab Manager: Polo de
Contenidos Digitales Málaga
| Co-Founder: abioxa.com.
Milena Rojas Hernández
Lead Computational Designer & Co-Founder
BIM Specialist for Architecture,
Interior Design Projects & Art
| Industrial and Interior Designer
| Founder: www.akklum.com
| Co-Founder: abioxa.com
Open R&D Position
R&D Fellow / Bio-Materials Researcher
Computational Materials Science
| Bio-Polymer Synthesis | Micro-
Architecture & Adaptive Skins
| Experimental Lab Operations
| Co-Founder: abioxa.com.
OUR ADN