.png)
AI Eye Movement Neurorehabilitation
Advanced neurotechnology for stroke recovery and pediatric learning challenges
A 1-credit ISCN lecture exploring AI-enhanced eye movement technologies for neurorehabilitation in stroke patients and children with neurodevelopmental neglect and learning challenges.
$
$
(
$
Course Description
Advances in eye movement neurotechnology are opening new possibilities for understanding and rehabilitating neurological dysfunction. In this ISCN lecture, Dr. Zoi Kapoula explores how artificial intelligence–enhanced analysis of eye movements can provide powerful insights into brain function and recovery. The session examines how oculomotor patterns serve as sensitive indicators of neural network integrity and how disruptions in eye movement control can occur following stroke or during atypical neurodevelopment. Participants will learn how AI-driven systems analyze eye movement data to identify subtle neurological impairments and guide targeted rehabilitation strategies. The lecture also highlights applications in both adult and pediatric populations, including stroke rehabilitation and learning challenges associated with neurodevelopmental neglect in children. By combining neuroscience, artificial intelligence, and advanced eye movement technologies, this approach offers new opportunities for objective assessment and personalized neurorehabilitation across a range of neurological conditions.
What you’ll learn:
- Understand how eye movements serve as biomarkers of neurological function.
- Recognize oculomotor dysfunction associated with stroke and neurodevelopmental neglect.
- Explore how artificial intelligence analyzes eye movement data.
- Identify neurotechnology used in neurological rehabilitation.
- Apply emerging eye movement tools in stroke and pediatric care.
More About This Course
advancement in neurorehabilitation assessment and intervention. Eye movement patterns provide direct windows into neural network function, offering clinicians objective biomarkers for neurological health that traditional assessments often miss.
This comprehensive course explores how AI-enhanced oculomotor technologies revolutionize rehabilitation approaches for stroke survivors and children facing neurodevelopmental learning challenges. Eye tracking neurotechnology has emerged as a powerful diagnostic and therapeutic tool, enabling precise measurement of subtle oculomotor dysfunction that correlates with broader neurological impairments.
Dr. Zoi Kapoula guides participants through the clinical applications of artificial intelligence in eye movement rehabilitation, demonstrating how these advanced systems analyze complex oculomotor data to identify neurological dysfunction and guide targeted intervention strategies. The course examines stroke-related eye movement disorders, neurodevelopmental neglect patterns in pediatric populations, and the emerging role of AI-driven eye tracking therapy in personalized neurorehabilitation protocols.
This training is designed for functional neurologists, rehabilitation specialists, and clinicians seeking to integrate cutting-edge neurotechnology into their practice. Participants will gain expertise in interpreting AI-enhanced eye movement assessments and implementing evidence-based oculomotor rehabilitation strategies for diverse neurological conditions.
The Carrick Institute continues to lead in advanced neurological education, providing clinicians with access to the latest innovations in brain-based rehabilitation approaches that enhance patient outcomes across the lifespan.
Components
Educational Syllabus
- Eye Movements as Biomarkers of Brain Function
- Explore how eye movement patterns reflect neural network activity and provide measurable indicators of neurological health.
- Oculomotor Dysfunction After Stroke
- Examine how stroke can disrupt eye movement control and contribute to deficits in spatial attention, perception, and motor coordination.
- Neurodevelopmental Neglect in Children
- Understand how atypical brain development can lead to neglect-related learning challenges affecting attention and visual processing.
- AI-Enhanced Eye Movement Technologies
- Learn how artificial intelligence can analyze complex eye movement data to identify neurological dysfunction and guide rehabilitation.
- Neurotechnology for Rehabilitation
- Review emerging tools that use eye movement monitoring and training to support neurological recovery and cognitive development.
- Clinical Applications in Stroke and Pediatric Populations
- Explore how eye movement neurotechnology can be applied to improve outcomes in stroke rehabilitation and childhood learning challenges.
- Future Directions in AI and Neurorehabilitation
- Discuss the evolving role of artificial intelligence and neurotechnology in advancing personalized rehabilitation strategies.
Venue, Hotels & Schedule
Also includes
AI Eye Movement Neurorehabilitation
A 1-credit ISCN lecture exploring AI-enhanced eye movement technologies for neurorehabilitation in stroke patients and children with neurodevelopmental neglect and learning challenges.
$
$
(
$
The Carrick Institute team is ready to assist with enrollment, CE approval, or program planning. Email visit our CE Portal or Contact Us directly.