Derya Z. Tansel

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About

Derya Z. Tansel is a leading researcher in advanced manufacturing and flexible electronics, with a focus on integrating metallic interconnects with soft polymer substrates for applications in soft robotics, wearable healthcare, and conformal electronics. Her work addresses critical challenges in fabricating durable, high-performance devices on compliant materials like polydimethylsiloxane (PDMS). In her highly cited 2020 study (17 citations), Tansel systematically characterized the mechanical behavior of PDMS exposed to extreme thermal histories up to 300°C in vacuum, providing essential guidelines for processing polymers without compromising their softness. Her 2022 breakthrough (10 citations) introduced a novel method for printing high-conductivity, crack-free 3D electrical interconnects directly onto PDMS, overcoming the longstanding issue of preserving substrate integrity during nanoparticle sintering. This innovation enables freeform, stretchable circuits vital for next-generation soft technologies. Tansel’s contributions are pivotal for advancing reliable, flexible electronic systems, and her work is widely referenced by engineers and materials scientists developing robust, skin-like devices. Her research continues to shape the future of soft electronics and additive manufacturing.