It’s not always a new material or architecture that changes the game, but how it's made. Dry electrode processing is one example. By removing solvents and streamlining EV battery manufacturing, the result is reduced costs, improved sustainability, and electrode designs that would be impossible with wet processing (learn more in the Q&A below).

This kind of shift leads to a broader question: What else about EV design is being quietly redefined?

In this newsletter, we look at other advances shaping the next phase of electrification. A new lithium recovery facility that uses oilfield wastewater as feedstock points to a more circular, resource-efficient approach to battery sourcing. Modular fastener designs support vehicle lightweighting while improving serviceability. A recently released thermal gap filler enhances battery pack safety through improved heat dissipation.

With funding programs shifting and new charging standards taking hold, engineering teams are also reevaluating how EV systems are designed, deployed, and maintained. Every shift is redefining the EV engineering process.

Thanks for reading!
Michelle Froese | Senior editor