Post-concussive oculomotor assessment has become one of the most clinically significant frontiers in functional neurology. For clinicians working with patients who have persistent symptoms following concussion, standard neurological exams often leave important questions unanswered. Infrared oculomotor assessment, conducted in complete darkness, removes visual fixation and allows the clinician to observe raw vestibulo-ocular reflex activity, spontaneous nystagmus, and gaze instability that would otherwise be suppressed or masked. This course positions clinicians at that precise intersection of vestibular neuroscience and post-concussive clinical assessment.

This course develops a capability that few clinicians have systematically trained. By observing the eyes under infrared conditions and challenging patients across varied head and eye positions, clinicians gain access to a layer of diagnostic information that transforms the post-concussive evaluation. Rather than relying solely on symptom report, you build an objective, position-sensitive picture of which oculomotor and vestibular mechanisms are functionally compromised. The result is a more refined clinical differential and a more targeted approach to care.

This program is designed for licensed clinicians, including chiropractic neurologists, functional neurologists, and rehabilitation specialists, who are already evaluating concussion patients and want a more rigorous, neurologically grounded assessment methodology. It is particularly valuable for those integrating vestibular and oculomotor findings into complex concussion case management.