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About

Christina Pahl’s research bridges robotics, biomedical engineering, and human-machine interaction, with a focus on enhancing medical procedures and assistive technologies. Her most cited work, “Towards Robot-Assisted Echocardiographic Monitoring in Catheterization Laboratories” (2017, 5 citations), addresses a critical need in interventional cardiology by proposing robotic systems to automate echocardiographic monitoring, potentially improving precision and reducing clinician workload during catheterizations. This contribution highlights her commitment to integrating robotics into clinical settings for safer, more efficient patient care. Pahl also explores emotional feedback in service robots through her 2015 paper “Emotional feedback for service robots using hapto-acoustic interface” (3 citations), which develops a bio-inspired, low-cost acoustic interface for elderly care robots, enabling intuitive human-robot communication. Additionally, her work on “Design of virtual instrument for automatic temperature visualization in magnetic fields using LabVIEW” (2015, 2 citations) supports MR-compatible robotic systems by solving temperature measurement challenges in magnetic environments, essential for safety and calibration in MRI-guided interventions. Despite modest citation counts, Pahl’s interdisciplinary approach—combining robotics, sensor design, and human factors—positions her as a researcher advancing practical, user-centered robotic solutions for healthcare and domestic assistance.