JFK Medical Center Program

The JFK University Medical Center offers a well-structured Clinical Neurophysiology Fellowship as part of its Neuroscience Institute. This program is fully accredited by the ACGME and provides an intensive training experience focused exclusively on areas such as Epilepsy/EEG and Neuromuscular Disorders/EMG. The fellowship admits one fellow per year, ensuring personalized mentorship and training. During the fellowship, participants undergo clinical rotations in both epilepsy and neuromuscular clinics, where they gain hands-on experience performing EMG procedures and interpreting EEGs and VEEGs.

Prospective fellows looking to apply for the Clinical Neurophysiology Fellowship are required to have completed an ACGME-accredited residency in either Neurology, Child Neurology, Neurodevelopmental Disabilities, or Psychiatry. Applications must be submitted via the Electronic Residency Application Service (ERAS), specifically during the December application cycle, with an application deadline of January 31st. The fellowship sponsors J-1 visas, which serve as the only visa option supported by the program.

Curriculum and Rotations

The curriculum within the Clinical Neurophysiology Fellowship emphasizes both didactic and experiential learning. Fellows engage in a balance of educational and clinical responsibilities, allowing them to develop proficiency in various neurophysiological testing techniques. During their training, fellows actively participate in clinical evaluations under supervised guidance, advancing their skills in both outpatient and inpatient settings.

Research Opportunities

A significant aspect of the Clinical Neurophysiology Fellowship is the opportunity for research involvement. Fellows are encouraged to participate in ongoing clinical studies and may also pursue individual research interests in neurophysiology. The program supports fellows in disseminating their research findings at local, national, and international conferences, fostering a culture of scholarly activity.

Unique Aspects of the Program

The JFK University Medical Center prides itself on its collaborative approach to education, fostering an environment where fellows can learn from a diverse array of specialists in neurology, neurosurgery, and other related fields. This interdisciplinary training is designed to enhance the fellows' clinical competencies and broaden their perspective on patient care.

Training Sites

The Clinical Neurophysiology Fellowship utilizes a variety of training sites, including specialized clinics dedicated to epilepsy and neuromuscular disorders. This variety offers fellows a comprehensive view of the diagnostic capabilities and treatment approaches within neurophysiology.

Competitiveness and Application Requirements

The program is highly competitive, making it essential for prospective applicants to meet specific academic and clinical standards. Eligible candidates must have graduated from an accredited medical school within the last three years, demonstrate no gaps in clinical experience, and possess U.S. clinical experience within the last six months. All USMLE examinations should be passed on the first attempt, with a minimum Step 2 CK score of 240 required for consideration.

Salaries and Benefits

Fellows in the Clinical Neurophysiology Fellowship receive a competitive salary structure. As of July 1, 2024, the PGY-I salary will be $73,619.97, with incremental increases in compensation for subsequent years of training. In addition to salary, fellows are entitled to a monthly housing allowance and additional benefits that include medical, dental, and prescription drug insurance, life insurance, and paid time off for vacations and wellness days.

Conclusion

The JFK University Medical Center's Clinical Neurophysiology Fellowship provides an enriching and supportive environment that is conducive to the professional growth of its fellows. With a focus on both clinical excellence and academic research, this program aims to develop the next generation of leaders in the field of neurophysiology.