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From damage mechanisms in biological materials to the integrated design of high-performance bio-inspired materials 2026_RTT_DMEC_1

Italy💼 Full-time🗓 2026-08-01 → 2026-09-26

Core

Investigate damage-resistance mechanisms in biological materials (especially bone) to design high-performance bio-inspired metamaterials.

Role type

Research Scientist (Materials Science / Bio-inspired Design)

Builds

Bio-inspired metamaterials manufactured through digital fabrication

Domain

Materials Science / Bio-inspired Engineering

Deliverable

production ML models | product features | research

Required skills

experimental methods, theoretical-computational modeling, microtomography, in situ testing, multiscale modeling, crack propagation analysis, energy dissipation analysis, phase interface characterization

Preferred skills

digital fabrication, hierarchical architecture design

Responsibilities

Study damage-resistance mechanisms in biological materials, correlate microstructure and mechanical response, design bio-inspired metamaterials

Seniority

Researcher, hands-on IC

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