Marlon D. Cordero

King Abdullah University of Science and Technology

Papers

Total Citations

135

H-Index

About

Marlon D. Cordero is a pioneer in bioinspired soft electronics and additive manufacturing, whose work bridges the gap between human sensory biology and next-generation wearable technology. His most influential contribution is the development of the "Paper Skin Multisensory Platform" (2016, 123 citations), a groundbreaking artificial skin that simultaneously detects pressure, temperature, humidity, strain, and airflow—mimicking the complex sensing capabilities of human skin and hair. Unlike previous efforts relying on sophisticated materials or processes, Cordero’s platform leverages simple, low-cost paper-based substrates, making it highly accessible for applications in prosthetics for burn and acid victims, soft robotics, and vehicular sensor systems. This work has been instrumental in advancing the field of electronic skin (e-skin) toward practical, scalable deployment. More recently, Cordero has explored 3D printed robotic assembly for reconfigurable displays (2018, 12 citations), aiming to enhance resolution and stretchability in wearable electronics and smart displays. His research consistently emphasizes manufacturability and real-world utility, positioning him as a key figure in the transition of flexible electronics from lab curiosity to viable technology. Cordero’s work continues to inspire students and researchers seeking to integrate biology, materials science, and robotics.