Stephen Kennedy

University of Rhode Island, Monash University

Papers

Total Citations

262

H-Index

About

Stephen Kennedy is a pioneer in the field of micro- and nanorobotics, with a particular focus on the design and fabrication of wirelessly controlled micromachines for biomedical applications. His most impactful contribution is the development of 3D-printed microtransporters—compound micromachines that integrate an Archimedes screw pumping mechanism for the spatiotemporally controlled delivery of therapeutic agents. This work, published in 2015 and garnering 234 citations, introduced a novel methodology combining 3D direct laser writing with selective physical vapor deposition of magnetic materials, enabling precise wireless control of drug release at the microscale. Kennedy's research bridges advanced manufacturing and medical robotics, offering transformative potential for targeted therapies. Additionally, his earlier work on a novel airflow sensor for miniature mobile robots (28 citations) demonstrates his long-standing interest in integrating sensing and actuation for autonomous systems. Through these innovations, Kennedy has established himself as a key figure in the development of functional micromachines, with his work inspiring further exploration into minimally invasive medical interventions and intelligent microsystems.