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About

Jingjiang Wei is an emerging materials scientist whose research sits at the dynamic intersection of bioinspired design, functional hydrogels, and wearable electronics. Drawing inspiration from natural systems — from skin-like adaptability to oyster reef biomechanics — Wei has established a distinctive body of work focused on engineering advanced hydrogels with tunable mechanical, electrical, and self-healing properties for next-generation sensing applications. Wei's most celebrated contribution, "Bioinspired 3D Printable, Self-Healable, and Stretchable Hydrogels with Multiple Conductivities for Skin-like Wearable Strain Sensors" (2021), has garnered 191 citations, reflecting its significant influence in the wearable devices and soft robotics communities. This work addressed a critical challenge: creating multifunctional hydrogels capable of mimicking the complex sensing behavior of natural skin. Complementary studies exploring polyvinyl alcohol/graphene oxide systems and bioprocess-inspired mineral hydrogels — accumulating 60 and 50 citations respectively — further demonstrate Wei's systematic approach to scalable, economical fabrication strategies. More recently, Wei has extended this expertise to MXene-based hydrogels leveraging the Hofmeister effect and structurally colored cellulose sensors, signaling a broadening research vision. For students exploring smart materials and flexible electronics, Wei's work offers both innovative methodologies and compelling real-world applications.