Master Class in Neuro Surgical Oncology 2026

Glioma Surgery: Precision, Technology & Innovation

The Master Class in Neuro Surgical Oncology 2026 is an intensive two-day academic and hands-on educational program dedicated exclusively to the contemporary management of gliomas. Designed for practicing neurosurgeons, neuro-oncology fellows, residents, neuroradiologists, and allied specialists, this masterclass bridges cutting-edge scientific evidence with practical operative expertise.

The program combines focused lectures, immersive hands-on workshops, operative video demonstrations, multidisciplinary case discussions, and expert panel interactions to provide participants with a comprehensive understanding of modern glioma surgery.

A major highlight of the course is the technology-driven surgical workshop, where participants will receive practical training in advanced operative adjuncts used in contemporary neuro-oncology.

Scientific Highlights

The scientific sessions will cover the complete spectrum of glioma management, including:
WHO 2021 molecular classification and its surgical implications
Contemporary management of low- and high-grade gliomas
Preoperative imaging, connectomes, and functional planning
Extent of resection and functional preservation
Management of insular, thalamic, corpus callosal, and eloquent-area gliomas
Recurrent glioma surgery
Multidisciplinary decision-making
Emerging technologies and future directions in neuro-oncology
Interactive Case-Based Learning
Real-world clinical scenarios will form the cornerstone of the masterclass. Faculty-led discussions will focus on challenging glioma cases, emphasizing decision-making, operative planning, complication avoidance, and evidence-based treatment strategies. Participants will engage in interactive polling, multidisciplinary tumor board discussions, and expert panel debates.

Why Attend?

Learn from national and international renowned experts in neuro-oncology.
Gain hands-on experience with advanced technologies used in glioma surgery.
Improve surgical planning through DTI, neuronavigation, and intraoperative ultrasound.
Master practical techniques in fluorescence-guided and subpial tumor resection.
Discuss complex cases with multidisciplinary faculty.
Stay updated with the latest advances in molecular diagnostics, AI, intraoperative technologies, and evolving treatment strategies.
This masterclass is designed to enhance both the technical skills and clinical decision-making of neurosurgeons striving for safe maximal resection while preserving neurological function.