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As part of the Summer Science Zone, the HetSys team delivered a series of interactive, hands-on activities designed to introduce visitors to the principles and real-world applications of computational materials science.

The HetSys stand was supported by Luca Seaford, Keyi Wei, Sean Wu and Maks Diakiewicz (Cohort 6). Maks demonstrated finite element modelling (FEM) simulations, while Luca, Keyi and Sean engaged visitors through activities exploring annealing in metals and moir茅 pattern models, helping to illustrate key concepts in an accessible and engaging way.

Over the course of the day, the team interacted with hundreds of visitors, including many young people, and it was particularly encouraging to see such enthusiasm for science and engineering across all age groups.

Participants had the opportunity to:

• explore how annealing processes influence the structure and properties of metals
• create and take home their own moir茅 patterns, demonstrating fundamental concepts in materials and optics
• observe finite element modelling (FEM) simulations in action
• speak directly with researchers about how computational techniques are used to understand materials at the atomic and microstructural scale

The event provided a valuable opportunity to engage the wider community and showcase the impact of computational science in a highly interactive setting. The HetSys doctoral researchers found the day particularly rewarding and look forward to continuing their involvement in future outreach activities.

HetSys is grateful to the Resonate Festival organisers for the opportunity to contribute to this inspiring celebration of science and community engagement.