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About

Shaoja Wang is pioneering the intersection of soft bioelectronics and robotic automation to transform how we study and interface with biological systems. Her research spans two critical frontiers: developing ultrasoft electronic materials and creating high-throughput tools for model organism research. In her landmark 2023 work on conductive bottlebrush elastomers, Wang engineered materials that match the softness of biological tissue while maintaining electrical conductivity—a breakthrough enabling truly biocompatible electronics for sensing and stimulation. This work has already garnered 141 citations, reflecting its transformative potential for biointerfacing technologies. Simultaneously, Wang is revolutionizing *C. elegans* research through robotic automation. Her 2024 robotic microinjection system overcomes the bottleneck of manual transgenesis, enabling large-scale studies that were previously impractical. Complementing this, she has developed an AI-driven platform combining stable robotic sample rotation with 3D reconstruction for high-resolution morphological phenotyping, achieving unprecedented accuracy in quantifying subtle anatomical changes. Together, Wang’s contributions are creating a powerful toolkit: soft electronics that seamlessly integrate with living tissue, and automated systems that accelerate genetic discovery in a premier model organism. Her work exemplifies how engineering innovation can unlock new frontiers in biology and medicine.