Ian G. Foulds

King Abdullah University of Science and Technology

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About

Ian G. Foulds is a researcher whose work bridges micro-robotics and biomedical instrumentation, with key contributions in micro-electromechanical systems (MEMS) and single-cell analysis. His research focuses on developing novel micro-actuators and automated tools for precise biological manipulation. A major contribution is his work on Scratch Drive Actuators (SDAs), where he simulated SU-8 frequency-driven designs for micro-robotic applications, evaluating electrostatic force generation and geometric configurations to enhance motion on electrode arrays. This foundational study, cited 8 times, advances MEMS-based locomotion for small-scale robotics. Foulds also led the development of RoboSCell, an automated instrument for single-cell arraying and analysis, cited 6 times, which streamlines high-throughput cell sorting and characterization—a critical tool for genomics and personalized medicine. His work demonstrates impact in enabling precise, scalable micro-systems for both engineering and life sciences. Foulds’ achievements reflect a commitment to integrating MEMS design with practical biomedical applications, offering students and researchers a model for cross-disciplinary innovation in micro-technology.