Assistant (e) Ingénieur (E) Formulations et caractérisations physico-chimiques

Il y a 3 jours

Rhône, Auvergne-Rhône-Alpes, France Lyonbiopôle Auvergne-Rhône-Alpes Temps plein 36 000 € - 48 000 € Contrat

Le poste

Assistant (e) Ingénieur (E) Formulations et caractérisations physico-chimiques

BioInspired Medical Science SAS

recherche son Assistant (e) Ingénieur(e), qui sera en charge de la préparation de nos matrices biomimétiques ainsi que de la caractérisation physico-chimiques (Viscosité, Rhéologie, HPLC, Infra rouge, RMN,…)

Au sein du service R&D, sous la Responsabilité du Chef de projet R&D, vous prendrez en charge les opérations techniques de réalisation des formulations et des tests physico-chimiques sur les matières premières et les formulations développées

Détail du poste

L'entreprise

BioInspired Medical Science

BioInspired Medical Science - The injectable hydrogel that helps skin repair itself.

Chronic wounds affect more than 650,000 people in France and cost about €1 billion a year to treat. As populations age and diabetes spreads, the need keeps growing. today's options leave a gap. Dressings protect the surface but don't fill tissue loss in depth. Advanced regenerative therapies such as stem cells, bioengineered skin and growth factors are promising, but they are expensive, hard to manufacture and inconsistent in their results.

BioInspired Medical Science was founded in Lyon in 2026 to close that gap with what it calls Smart Regenerative Medicine. Its TRIMATRIX platform co-crosslinks three carefully selected natural macromolecules into a highly hydrated 3D network that mimics the structure and the dynamic, viscoelastic behaviour of the extracellular matrix. Injected directly into the wound bed, the hydrogel takes the shape of the cavity. It fills the lost matrix, protects the patient's own cells and growth factors from the hostile wound environment, and guides granulation tissue formation from the bottom up.

The Platform Is Designed Around Three Choices

  • A new combination: natural macromolecules that have never been co-crosslinked together before.
  • Green chemistry: physical and ionic crosslinking, with no organic solvents and no toxic residues.
  • Built for scale: reproducible, sterilisable and cost-compatible with broad patient access.