MedeA® Software
Your Gateway to Computational Materials Science
The MedeA ® [1] Environment enables professional deployment of atomic- and nano-scale simulations for materials engineering, optimization, and discovery. MedeA workflows integrate:
World-class simulation engines and validated property prediction modules
Experimental data integration and machine-learning capabilities
Structure builders and comprehensive analysis tools
Broad Applicability: MedeA simulations cover all material classes—metals, alloys, semiconductors, insulators, organics, polymers, and nanostructures—from crystalline and amorphous solids to fluid phases and interfaces.
Explore MedeA capabilities:
Streamlined Workflows
MedeA workflows streamline experiment design, prescreening, and result interpretation, enabling researchers to focus on materials discovery rather than computational logistics.
Reusable MedeA protocols ensure reproducibility and knowledge sharing. The MedeA JobServer manages large-scale studies, from single simulations to high-throughput screening with parallel execution, data mining, and descriptor-based discovery.
Multiscale Capability: The MedeA platform spans electronic structure calculations, phasefield simulations, and microstructure evolution, enabling comprehensive property prediction and materials design.
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