Mohamed S. Elakkad

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About

Mohamed S. Elakkad is a researcher at the forefront of surgical innovation, whose work bridges robotic surgery, augmented reality (AR), and advanced urological interventions. His primary research areas include robotic-assisted hernia repair, holographic surgical planning, and human-computer interaction in image-guided procedures. Elakkad’s major contributions are exemplified by his highly cited 2021 systematic review and meta-analysis on robotic inguinal hernia repair (59 citations), which provided critical comparative data on safety and efficacy against open and laparoscopic techniques, helping to shape clinical decision-making. He has also pioneered the evaluation of user interfaces for holographic AR surgical scenes, particularly in planning transrectal robot-assisted MR-guided prostate biopsies (34 citations). This work investigates how different interactive planning tools affect surgical precision and workflow, directly advancing the field of mixed-reality guidance in urology. By quantifying the impact of user interfaces on procedural outcomes, Elakkad’s research is instrumental in designing more intuitive, effective systems for minimally invasive surgery. His contributions are not only highly cited but also represent a tangible step toward integrating immersive digital technologies into the operating room, improving both surgeon performance and patient safety.