AI Robotics · Neurosurgical research
Brain Tumor Research
Medical imaging, anatomical understanding, and surgical robotics for complex brain tumours.
Working with complex anatomy
A brain tumour’s location and relationship to surrounding structures shape the surgical challenge. Our work brings imaging, anatomical interpretation, and robotic planning together around those details.
Imaging and anatomical interpretation
We investigate how AI can organize and interpret imaging information about lesions, surrounding tissue, and critical structures. Spatial alignment and image quality are important parts of this work.
Access and instrument planning
Our research considers access paths, anatomical boundaries, instrument geometry, and controlled movement. These questions are particularly important for deep-seated lesions and difficult surgical corridors.
A focus on difficult cases
Our programme includes tumours considered inoperable or exceptionally high risk. We investigate how advances in AI and robotic engineering can expand the technical possibilities for addressing these cases.
Collaborate on the work
We welcome conversations with neurosurgery and neuro-oncology teams, imaging researchers, and robotics laboratories. A shared project can focus on a specific anatomical, imaging, or engineering challenge.