Papers
3
Total Citations
83
H-Index
3
About
Dr. M. Akkari is a leading researcher in surgical robotics and image-guided interventions, with a primary focus on advancing minimally invasive otologic and neurosurgical procedures. Their work has fundamentally shaped the field of robot-assisted cochlear implantation, where they pioneered semiautomatic planning paradigms for atraumatic scala tympani access. Their seminal 2014 paper, with 56 citations, introduced a novel method using anatomical landmarks and cochlear surface models to compute optimal cochleostomy targets and insertion trajectories—a critical step toward preserving residual hearing. Dr. Akkari further validated this approach by demonstrating the feasibility of manual electrode array insertion through a robot-assisted cochleostomy, showing that free-fitting arrays could be reliably placed with high precision. Beyond otology, they have contributed to deep brain tumor surgery by optimizing concentric-tube robot design, uniquely incorporating elastic stability into multi-objective optimization criteria—a technical challenge often overlooked. Their work bridges the gap between computational planning and clinical translation, offering tangible solutions for safer, more accurate surgical interventions. With a growing citation impact and a focus on translational robotics, Dr. Akkari’s research continues to inspire new generations of medical robotics engineers and surgeons alike.
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