Division 02

Biomedical engineering for human life in extreme environments.

Stratomission advances its biomedical engineering programme through HumanTwin Bio, connecting governed human digital twins, tissue and organ engineering, biofabrication and translational research to the biological requirements of sustained presence in the stratosphere.

Explore HumanTwin Bio Sky-Layer Science

Strategic frame

Human-compatible sky-layer environments require biological and engineering evidence.

The programme combines environmental requirements with governed computational models, biological systems engineering and translational pathways.

Human digital twins

Governed computational representations for modelling pressure, oxygen, temperature, radiation, confinement and mission-specific physiological requirements.

Tissue and organ engineering

Research pathways for tissue behaviour, organ systems, biological adaptation and future regenerative support under extreme environmental conditions.

Biofabrication

Process design, quality controls, manufacturing evidence and translational workflows for engineered biological systems on Earth and in space.

Biomedical engineering pathway

HumanTwin Bio connects human biology, engineered tissues and future organs to the environments where humanity intends to live.

Its scope extends beyond a patient model. HumanTwin Bio is positioned as a governed human digital-twin, tissue and organ engineering, biofabrication, manufacturing-quality and translational research platform for Earth and space.

Visit humantwin.bio Stratomission research

Governed modelsTraceable assumptions, data lineage, model validation and responsible use.

Translational engineeringResearch evidence moved toward repeatable laboratory and institutional workflows.

Manufacturing qualityProcess controls, reproducibility and evidence for biofabricated outputs.

Earth and spaceOne engineering pathway for terrestrial health systems and future extreme-environment habitation.

Habitability requirements

From environmental variables to measurable biological constraints.

Stratomission connects pressure, oxygen, carbon dioxide, radiation, thermal comfort and confinement to the models, experiments and engineered systems required for human-compatible operations.

Pressure

Cabin-equivalent atmospheres, decompression risk and envelope requirements.

Oxygen

Respiratory viability, regeneration and mission-duration demand.

CO2 and air quality

Scrubbing, humidity, contaminants and closed-environment control.

Shielding

Radiation, ultraviolet exposure, thermal protection and biological risk.