Future Engineering System

A consortium of aerospace, engineering, and computing specialists is building a prototype digital infrastructure to connect every piece of engineering data—from raw simulation results to final quality checks—into a single, automated system. Today, engineering projects in sectors like aerospace and renewable energy rely on fragmented data tools. Design simulations, manufacturing specifications, and quality-control reports often sit in separate software silos, forcing engineers to manually transfer and reconcile information. This slows development, introduces errors, and makes it difficult to track how a design decision affects performance or cost downstream. The Future Engineering System (FES) aims to solve this by creating a unified platform that automatically links data from computational fluid dynamics (CFD) and finite element analysis (FEA) directly into the product lifecycle management (PLM) tool chain, with built-in uncertainty quantification and automated quality checks. If successful, the prototype will be tested against real industrial use cases from Rolls-Royce. The consortium plans to demonstrate the system at CFMS and then open it to the wider community—including aerospace, civil, automotive, and renewable energy sectors—through a programme of open events. The impact would be faster, more reliable engineering cycles for complex systems that underpin modern infrastructure, from jet engines to wind turbines.