Electronic failures often originate in small but critical details: component stresses, solder joints, PCB design or the operating environment. Learn how failure analysis helps teams identify root causes and improve reliability.

As cockpits become more digital, interfaces must deliver the right information without overwhelming pilots or compromising safety. Explore the HMI design considerations shaping more intuitive, reliable and future-ready flight decks.

Right-to-repair expectations are changing the way manufacturers think about access, spare parts, diagnostics and product life. Explore how repairability requirements can influence design choices from the earliest stages.

Reaction rates influence everything from corrosion and curing to ageing, biocompatibility and chemical processing. Build a practical understanding of chemical kinetics and why it matters in engineering material and product decisions.

A crash or drop event can damage more than the enclosure: it can load PCBs, connectors, components and solder joints in unexpected ways. See how impact simulation helps electronics teams improve durability before physical testing.

Multiphase flows occur in separators, sprays, mixing tanks and boiling equipment, yet they can be difficult to model. See how accessible CFD workflows help engineers analyse phase interactions with greater confidence.

Facade material choices influence a building’s embodied impact, thermal behaviour, durability and architectural expression. Explore how sustainability can be taught as a structured materials-selection decision rather than an afterthought.

Electric-vehicle range is shaped by more than battery capacity: aerodynamics, cooling, HVAC and powertrain efficiency all consume energy. Discover four areas where CFD can uncover practical opportunities to extend driving range.

When flowing fluids deform a structure, and that deformation changes the flow in return, neither physics can be assessed alone. Understand fluid-structure interaction and how coupled simulation captures this feedback.

Smart contact lenses promise a radically compact interface between optics, electronics and the human eye. See how XPANCEO is using optical simulation, supported by Fluid Codes, to develop this emerging XR technology.