Smart Surgeon Assistant – AI-Powered Precision in Brain Surger
Smart Surgeon Assistant System
The Smart Surgeon Assistant is an innovative, AI-powered surgical platform developed by Bita Negar Afzar, designed to enhance precision and safety in complex neurosurgical procedures. By integrating advanced technologies such as artificial intelligence, fMRI, DTI, and 3D medical imaging, this system enables surgeons to plan and perform brain surgeries with greater accuracy and confidence.
Unlike traditional systems, the Smart Surgeon Assistant creates an interactive, three-dimensional model of the patient's brain by combining MRI, CT, fMRI (functional MRI), and DTI (Diffusion Tensor Imaging) data. This allows neurosurgeons to visualize critical areas such as motor cortex, language centers, and white matter fiber tracts—helping them avoid damage to vital brain functions during tumor removal or other delicate procedures
Touchless interaction capability
What makes this system truly innovative is its touchless interaction capability. Surgeons can navigate images using hand gestures or voice commands, eliminating the need for physical contact with screens or devices. This not only maintains a sterile surgical environment but also streamlines workflow and enhances focus during operations.
Key features
AI-based tumor segmentation and classification
3D visualization of brain structures and tumor margins
Pre- and post-operative image comparison
Real-time interaction without physical touch
Real-time data processing
This platform is already being used in research hospitals and is under continuous development to include augmented reality support, real-time data processing, and integration with cloud-based diagnostic tools. In the era of AI in surgery and precision medicine, the Smart Surgeon Assistant represents a leap forward in combining intelligent imaging with intuitive interaction — making complex brain surgeries safer, faster, and more efficient.