Automating Digital Engineering Workflows to Accelerate Aerospace Innovation

Finite Element Analysis (FEA) and Design for Additive Manufacturing (DfAM) are essential for accelerating product development in the aerospace industry, yet traditional processes remain painfully time-intensive and complex. This presentation will explore how low-code automation enhances engineering and manufacturing workflows by seamlessly integrating CAD, CAE, PLM, and AM platforms, and how this enables teams to streamline processes, eliminate repetitive tasks, and shorten project timelines by up to 40%.
Attendees will learn how to embed Subject Matter Expert (SME) knowledge into low-code automation that reduces manufacturers’ reliance on tribal knowledge, which ensures reliability across projects and enables larger organizations to make informed decisions without waiting for input from scarce specialists. Low-code increases efficiencies by automating data exchanges between design, simulation, and manufacturing teams, as well as identify designs that minimize material waste or manufacturing time. And by integrating data across separate platforms, low-code provides real-time insights into cost, feasibility, and production constraints during the design phase, preventing last-minute surprises on the manufacturing floor.
Our team will present real-world aerospace case studies that demonstrate how low-code connects engineering and manufacturing teams to ensure smooth, error-free transitions from design to production. Attendees will gain insights into how to embed best practices into automated workflows, so they can work faster and more consistently, without bottlenecks. This workshop’s FEA & DfAM process automation case studies will teach the audience how to meet deadlines more reliably, reduce waste, and accelerate product development without scaling costs.