top of page

Multiscale Materials
Informatics and Innovation

When physics really matters.

M2i2 provides a web platform that helps engineers predict material behaviour, optimise manufacturing processes, and assure component performance; improving product quality, reducing costs & speeding up development.

blade2 (1).gif
Rolls-royce_edited.png
Untitled-1_edited_edited.png
Screenshot 2024-10-18 052444_edited_edited_edited.png
Untitled-1.png
Screenshot 2024-10-18 054738_edited.png

Why M2i2?

At M2i2, we are working to pioneer and implement the next generation of predictive multi-scale physics-based modelling approaches for the simulation of materials behaviour, component performance, and manufacturing processes. 

Our Features

01

02

03

04

Real-Time Quality Control

Achieve precise, real-time monitoring and control of manufacturing processes, ensuring consistently high-quality outcomes across applications.

Cost and Time Efficiency

Streamline product development and reduce costs by minimising trial-and-error, using simulation-driven insights and predictive modelling.

ICME (Integrated Computational Materials Engineering)

Harness a web-based ICME approach that integrates materials and manufacturing data, providing comprehensive analysis and optimisation.

Physics-Based Multiscale Modelling

Employ advanced, physics-based multiscale models for accurate material behaviour predictions, supporting informed and optimised design choices.

 Explore Our Library of Cutting-Edge Materials Research Projects

Explore Our Publications and Research Papers 

bottom of page