Program Overview

Introduction to the Electroneurophysiology Program

The Electroneurophysiology program is designed to address the growing need for skilled technicians in the field of brain diseases and functions. Brain diseases are a significant cause of death worldwide, and the increasing body of research in this area creates a demand for educated professionals.

Program Objectives

The program aims to produce technologists who are competent and skilled enough to work in various healthcare settings, including public and private hospitals, clinics, and medical units. These professionals will work under the supervision of specialists such as otorhinolaryngologists, neurologists, pulmonologists, psychiatrists, pediatricians, and physiologists.

Program Description

The program focuses on providing students with a strong theoretical medical background, as well as the skills to use electronic devices in their field. Graduates will be able to analyze cognitive and behavioral functions of the brain, detect disorders caused by impairment of these functions, and keep up with the latest information and technical advancements. The program also emphasizes the importance of respecting ethical values.

Program Outcomes

The Electroneurophysiology program culminates in an Associate Degree Diploma, and graduates are awarded the title of Electroneurophysiology Technologist.

Key Features of the Program

• The program is an important branch of Neurology and Physiology.
• It provides students with a comprehensive education in electroneurophysiology.
  • Theoretical medical background
  • Practical skills in using electronic devices
  • Analysis of cognitive and behavioral functions of the brain
  • Detection of disorders caused by impairment of brain functions
• Graduates are prepared to work in various healthcare settings, including:
  • Public and private hospitals
  • Clinics
  • Medical units using neurophysiological methods

Program Leadership

The program is headed by Lect. Bet¸l KO«KAN, who oversees the curriculum and ensures that students receive a high-quality education in electroneurophysiology.