Fast Track

is tailored for facilities lacking dedicated EEG staff and focuses on training nurses, respiratory therapists, and/or other healthcare staff to proficiently conduct EEG procedures with the support of Neurovative Diagnostic monitoring department. This specialized program is to equip healthcare professionals with the necessary skills to perform EEG tests effectively in settings where dedicated EEG technologists may be unavailable. The curriculum is streamlined, focusing on essential theoretical knowledge, electrode, or cap placement, recognizing common EEG patterns, and understanding basic EEG patterns. By empowering these healthcare professionals with the ability to perform EEGs, the fast-track program ensures timely and essential neurological diagnostics within their healthcare facility, ultimately enhancing patient care and diagnostic capabilities in situations where specialized EEG technicians/technologists are unavailable.

Registry Track

is tailored for facilities with non-registered EEG sta  who are not board eligible, offering a pathway to registry and proficiency. This specialized program targets existing EEG technicians within these facilities, aiming to elevate their skills to meet board eligibility standards. The importance of acquiring a registry in these settings cannot be overstated, it validates the competence and proficiency of the EEG staff, ensuring a higher standard of care and diagnostic accuracy. The curriculum incorporates simulated and hands-on training, offering invaluable experiences for the aspiring technologist. Utilizing simulation scenarios, virtual reality tools, and software, we aim to enable students to grasp the intricacies of EEG procedures, identify potential risks, and practice decision-making in a controlled and risk-free environment, ensuring their preparedness without subjecting individuals to the associated risks outside a clinical setting. The hands-on training, on the other hand, involves direct interaction with EEG equipment and real patient data under the guidance of experienced and credentialed instructors. It encompasses practical sessions where students learn to set up EEG equipment, place electrodes accurately, troubleshoot technical issues, and conduct initial analysis of the recorded data. We believe that combining this approach and the ASET core curriculum is fundamental in shaping a well-trained and safety-conscious future generation of EEG technologists.