E. Rawashdeh

King Abdullah University of Science and Technology

Papers

Total Citations

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About

E. Rawashdeh is a researcher in microelectromechanical systems (MEMS), with a focus on micro-actuators and their applications in micro-robotics. Their most cited work, "Simulation of SU-8 Frequency-Driven Scratch Drive Actuators" (2013, 8 citations), investigates Scratch Drive Actuators (SDAs) that harness electrostatic forces to produce motion on interdigitated electrode arrays. This study systematically evaluates design geometries and actuator configurations to optimize performance for micro-scale robotic systems. Rawashdeh’s contributions advance the understanding of frequency-driven actuation mechanisms, enabling more efficient and precise micro-motion control. By simulating various designs, their work provides foundational insights for developing compact, reliable MEMS devices. Though their citation count is modest, the research is notable for its targeted exploration of SU-8 polymer-based actuators, which offer advantages in flexibility and fabrication. This work holds significance for engineers and scientists designing next-generation micro-robots, particularly in fields like biomedical devices and precision manufacturing. Rawashdeh’s focus on simulation-driven optimization underscores a commitment to practical, scalable solutions in MEMS technology.