Course Highlights

Key Sessions & Sub-Sessions

This two-day immersive program offers expert-led sessions covering 15 advanced neurosurgery topics, including the latest minimally invasive techniques, neuro-oncology, functional neurosurgery, spinal cord injury treatments, and innovative imaging applications.

01. Neuroendoscopy for Skull Base Tumors

Pushing the frontiers of minimally invasive neurosurgery, this session delves into the transformative role of neuroendoscopy in treating complex skull base tumors. Participants will explore advanced techniques that merge accuracy, innovation, and enhanced safety within one of the most complex anatomical areas.

  • Novel endoscopic corridors to the skull base
  • Integration of 3D visualization and intraoperative navigation
  • Strategies for preserving neurovascular structures

02. Augmented Reality in Neurosurgical Navigation

This session explores the transformation of future operating rooms, focusing on how augmented reality (AR) is revolutionizing neurosurgical navigation. By blending virtual overlays with real-time anatomy, AR empowers neurosurgeons with enhanced spatial awareness and surgical confidence in even the most complex procedures.

  • Immersive AR platforms for intraoperative guidance
  • Fusion of AR with real-time imaging and navigation tools
  • Enhancing surgeon orientation in minimally invasive approaches

03. Advances in Functional Neurosurgery

Where neuroscience meets innovation, this session explores the cutting edge of brain modulation and circuit-level intervention. Functional neurosurgery is rapidly evolving beyond traditional boundaries—reshaping how we treat movement disorders, epilepsy, psychiatric conditions, and more.

  • Intelligent DBS: from open-loop to adaptive, AI-integrated systems
  • Emerging techniques in connectome-based targeting
  • Personalized neuromodulation strategies for neuropsychiatric disorders

04. Techniques for Minimally Invasive Brain Surgery

A new era of brain surgery is unfolding—where precision meets preservation. This session explores transformative approaches that reduce trauma, accelerate recovery, and challenge the boundaries of traditional neurosurgery. It's not just about smaller incisions—it's about smarter strategies.

  • Ultra-targeted access through keyhole and endoport techniques
  • Endoscopic microsurgery in complex intracranial spaces
  • Real-time image guidance and robotic-assisted navigation

05. Neurovascular Surgery Innovations

Revolutionizing the treatment of complex neurovascular conditions, this session explores the latest innovations that are transforming care from the inside out. With a focus on cutting-edge techniques, personalized approaches, and next-gen technologies, attendees will discover how precision-driven tools are advancing stroke, aneurysm, and vascular malformation management like never before.

  • Breakthroughs in hybrid neurovascular techniques and interventions
  • Smart navigation systems and real-time, dynamic imaging
  • Minimally invasive strategies for challenging brain and spine vascular pathologies

06. Pediatric Neurosurgery Breakthroughs

Pioneering new horizons in the delicate world of pediatric neurosurgery, this session explores the latest innovations that are transforming how we approach childhood neurological conditions. From life-saving interventions to growth-focused strategies, discover how advancements are improving outcomes and quality of life for young patients.

  • Cutting-edge neuroendoscopic and minimally invasive techniques
  • Next-generation imaging and precision navigation
  • Advancements in treating congenital malformations

07. Tumor Ablation Techniques in Neurosurgery

At the crossroads of precision and innovation, this session unveils the evolving landscape of tumor ablation in neurosurgery. Moving beyond traditional resection, these cutting-edge, energy-based techniques offer new hope for inoperable or hard-to-reach brain tumors—minimizing collateral damage while maximizing therapeutic impact.

  • Next-gen laser and thermal ablation
  • Focused ultrasound breakthroughs
  • Synergistic use of ablation with immunotherapy

08. Intraoperative Neurophysiological Monitoring

Where milliseconds matter, IONM serves as the surgical team’s neurological compass—translating live electrical activity into critical insights during complex procedures. This session dives deep into the evolving science and technology behind monitoring the brain and spinal cord in action, redefining what it means to operate with precision.

  • High-resolution monitoring of cortical pathways
  • Dynamic brain and spinal cord mapping
  • Integrating AI for predictive signal analysis

09. Innovative Treatments for Spinal Cord Injuries

This session ventures into the rapidly evolving world of spinal cord injury treatment—where science, technology, and resilience converge. From neural regeneration to digital rehabilitation, explore how today’s breakthroughs are turning long-held limitations into new frontiers of possibility.

  • Bioengineered scaffolds for neural repair
  • Closed-loop spinal stimulation
  • AI-driven neurorehabilitation

10. Comprehensive Care for Glioblastoma Patients

Glioblastoma is one of the most aggressive brain tumors—but the response to it must be equally bold and deeply human. This session explores how cutting-edge science and compassionate care come together to form a 360° approach to treatment, addressing not just tumor control, but the patient’s entire journey.

  • Precision surgery and radiochemotherapy
  • Novel biomarkers and targeted therapies
  • Integrated neuro-oncology teams

11. Neurosurgical Ethics in Decision-Making

When the scalpel reaches the edge of life, it’s not just skill that guides the hand—it’s ethics. This session explores the nuanced, often unspoken decisions neurosurgeons face at the intersection of innovation, uncertainty, and patient autonomy.

  • Navigating ethical gray zones
  • AI and robotics ethical implications
  • Cultural and spiritual dimensions

12. Advanced Imaging in Neurology and Neurosurgery

In neurology and neurosurgery, seeing is believing—and today’s advanced imaging technologies are revealing deeper insights than ever before. This session explores how cutting-edge imaging techniques are enhancing diagnosis, guiding interventions, and redefining our understanding of the brain and spine.

  • Functional MRI and diffusion tensor imaging
  • Real-time intraoperative imaging
  • AI in image analysis

13. Surgical Management of Movement Disorders

In the realm of movement disorders, surgery offers not just a treatment, but a transformative opportunity for reclaiming control. This session explores the latest breakthroughs in neurosurgical techniques that are reprogramming the brain’s motor pathways—turning tremors into stability and rigidity into freedom.

  • Evolution of Deep Brain Stimulation
  • Non-invasive focused ultrasound
  • Customized neuromodulation

14. Neuro Oncology Innovations

In the complex and often unpredictable world of neuro-oncology, groundbreaking innovations are paving the way for new treatments and better patient outcomes. This session takes a deep dive into the cutting-edge strategies reshaping how we approach brain tumors.

  • Precision medicine and targeted therapies
  • Immunotherapy breakthroughs
  • Advanced intraoperative imaging

15. Next Generation Tools in Neurosurgery

Neurosurgery is evolving at an unprecedented pace, fueled by groundbreaking tools that blur the lines between science fiction and reality. This session delves into the game-changing technologies transforming neurosurgical procedures—where robotics, AI, and advanced imaging converge.

  • Autonomous surgical robots
  • Real-time, 3D imaging systems
  • Augmented reality platforms