A recent article in Digital Engineering 24/7 highlights a major shift underway in engineering: materials are increasingly being designed digitally before they are ever produced.
For decades, developing a new material meant years of trial and error—creating samples, testing them, adjusting compositions, and repeating the process until performance targets were met. Today, advances in computational modeling and digital engineering are transforming that approach.
As Jason Sebastian of QuesTek notes, materials science is becoming an essential part of the broader digital transformation happening across engineering and manufacturing organizations.
Instead of relying solely on experimentation, engineers can now use digital tools to predict material behavior, explore new design spaces, and accelerate innovation.
Designing Materials for Modern Manufacturing
One of the key trends highlighted in the article is the growing need to design materials specifically for modern manufacturing processes such as additive manufacturing.
Many materials in use today were originally developed for casting or forging. When applied to additive processes, those legacy alloys can introduce challenges such as cracking, instability, or inconsistent performance.
By combining physics-based modeling with materials science expertise, engineers can evaluate how composition, processing, and microstructure interact before production begins—enabling materials optimized for new manufacturing methods.
A Digital Future for Materials Engineering
Digital materials engineering allows teams to explore more possibilities earlier in the design process, helping reduce development timelines and identify high-performance materials faster.
This shift from discovering materials through experimentation to designing them intentionally using digital tools is reshaping how engineers approach materials innovation across industries.
To learn more about how this transformation is impacting engineering and additive manufacturing, read the full article from Digital Engineering 24/7 at https://www.digitalengineering247.com/article/breaking-the-mold-in-materials-development