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Resiliency is the defining mantra of rugged and reliable interconnect solutions that must withstand environ- mental extremes and performance stress under the most demanding conditions. Achieving this requires blending data-driven science—mechanical engineer- ing, signal integrity and material science—with the art of intuitive judgment and foresight that experienced engineers apply when designing for the real world. Reliability is not merely the absence of failure; it de - mands the mastery of the margins and the anticipation of the unknown. To accomplish this, rigorous testing must be paired with astute analysis of scientific data and models. Then, alignment with creative problem solving is key to interpreting both the hard facts and gray areas of mission-critical design. The science of connector design is rooted in intelligent tools that predict measurable outcomes. Meanwhile, the art of developing connectors is guided by instinct honed over decades of designing products for en- vironments where “good enough” results in a point of failure. For most of the mission-critical solutions developed by the Aerospace and Defense Solutions (ADS) division at Molex, an overarching focus on science provides a crucial safety margin, while the commitment to art drives ongoing innovation.
The Art and Science of Failure Prevention In the high-stakes worlds of aerospace and defense, where ruggedness and reliability reign, it is imperative to blend objective, data-driven science with engineering intuition and innovation
George Dubniczki Chief Technology Officer and VP of Engineering at the Aerospace and Defense Division
Molex
Nearly all engineers polled among the 1,000 participants in the 2025 State of Design Engineering in Aerospace and Defense report from Molex cited AI-assisted design expertise as crucial to their company’s future success.
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