In this video, Luis Reig shares his experience as a scientific software development intern at BIOVIA. Over the past six months, Luis and his team worked on combining Material Studio’s Phase Field simulations with SIMULIA’s tools to create a multi-scale and multi-physics digital approach to metal manufacturing. Luis discusses the benefits of this approach and explains how it was used to estimate the anisotropy of a 3D printed metal alloy. Throughout his internship, Luis felt supported by his mentors and gained valuable professional skills, including working in large software development teams. Watch the video to learn more about Luis’s experience and the benefits of a career in scientific software development at Dassault Systèmes.
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Luis Reig, originally from Mallorca, Spain, is currently a Ph.D. candidate at Strathclyde University affiliated with the National Manufacturing Institute of Scotland. His research focuses on optimizing metal additive manufacturing through the use of multi-scale physics-based models and Integrated Computational Materials Engineering approaches (ICME). This methodology enables Luis to predict process-structure-property relations, ultimately enhancing the manufacturing and performance of components. Recently, Luis has also completed a six-month scientific software development internship at BIOVIA. During his time there, he collaborated on a project that combined Simulia's Abaqus with Material Studio's Phase Fields Simulations, creating a powerful tool for process-structure-property modelling of metallurgical processes.