Phoenix Children's Hospital Program

Specialty:Clinical neurophysiology
ACGME Code:1870318116
NRMP Code:-
Status:Continued Accreditation

Overview

Barrow Neurological Institute at Phoenix Children's provides an esteemed program in Clinical Neurophysiology, focusing on advancing pediatric neuroscience. This program emphasizes improving the health and quality of life for children afflicted with various complex neurological conditions including epilepsy, cerebral palsy, and spina bifida. Operating as one of the largest pediatric neuroscience centers in the nation, the program sees thousands of young patients annually. The expertise available at the institute ensures that families receive state-of-the-art care, regardless of their child's specific diagnosis 1.

The commitment to research and innovation at Barrow Neurological Institute is a key aspect of the program. Recognized among the top children's hospitals in the U.S. for neurology and neurosurgery, the institute is uniquely positioned to provide 24/7 neurocritical care for children with acute brain injuries or nervous system diseases. The ongoing research initiatives are vital, with scientists delving into the genetic causes of conditions like cerebral palsy, pioneering gene therapies, and developing minimally invasive treatment options for epilepsy, such as laser therapy and regional nerve stimulation 1.

Curriculum and Rotations

The curriculum within the Clinical Neurophysiology program is designed to expose trainees to a comprehensive range of clinical experiences encompassing pediatric neurophysiology. Through rotations, residents will engage in hands-on learning, covering electromyography (EMG), electroencephalography (EEG), and sleep studies. This rigorous training ensures fellows gain significant exposure to the complexities associated with pediatric neurological disorders while staying up to date with the latest advancements in the field 1.

Research Opportunities

Research is a cornerstone of the Clinical Neurophysiology program, allowing fellows to participate in groundbreaking studies that contribute to the understanding of pediatric neurological illnesses. The research facilities and collaborative environment at Barrow enable trainees to work closely with physician-scientists, engaging in innovative projects that could lead to new therapeutic strategies. The program's affiliation with an established research institute enhances the learning experience through access to advanced laboratories and academic resources 1.

Unique Aspects of the Program

One distinguishing feature of the program is its status as a Level 4 epilepsy center, which offers a comprehensive range of services for children suffering from epilepsy. This designation reflects the depth of care provided, including specialized evaluation and management protocols tailored to the unique needs of pediatric patients. The program also emphasizes the importance of addressing patients' psycho-social needs—fostering emotional, social, and spiritual well-being in conjunction with medical care 1.

Training Sites

The training sites associated with the program include the Barrow Neurological Institute, renowned for its state-of-the-art facilities and cutting-edge technology, which supports a wide variety of neurodiagnostic studies. This environment not only enriches the training experience but also ensures that fellows are well-versed in the latest therapeutic techniques and methodologies relevant to pediatric neurophysiology 1.

Visa Support and Competitiveness

The program offers visa support, sponsoring J-1 and H-1B visas for eligible international medical graduates (IMGs). It is known for being IMG-friendly, thus encouraging applications from diverse backgrounds. However, competitiveness remains high, as applicants are often required to demonstrate excellent academic performance, clinical experience, and research involvement to secure a position 1.

Special Application Requirements

Potential applicants should be aware of specific requirements, such as having graduated from medical school within a certain timeframe. For instance, there may be restrictions on the number of failed Step exams when applying, with the program seeking candidates that can show a strong commitment to their medical education. Also, evidence of relevant clinical experience in pediatrics and neurophysiology will be taken into account during the selection process 1.

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Program data

ACGME History [2]

Accreditation Last updated: Jul 16, 2026
Initial accreditation5
Full accreditation0
Continued2
Warning0
Probationary Accreditation0
Withdrawal0

Program

Program Size

-- (1 years) [1]

Accreditation Status

Continued Accreditation

(Effective: January 29, 2026)

Composition

--

Training

Fellowship Rate:--

Faculty-to-Residents Ratio:8X [1]

Residents Career Path

--

Quality of Life

First Year Paid Sick Leave: --

First Year Paid Vacation: --

First Year Salary: $85,674 [1]

First Year Maximum Consecutive Hours on Duty: 12 hours [1]

First Year Average Weekly Hours: 50 hours [1]

Admission

USMLE Step 2 Score: --

Visa Sponsorship:--

YOG Cutoff:5 [1]

Race / Ethnicity

No race data available.

Gender

No gender data available.

Incoming Schools

No incoming school data available.

Rotation Duration by Site

Benchmarks

Roster

Location

Phoenix, AZ [4]

Population
1,608,139
Median income
$79,664On par
Education
33.5%Above
Employment
65.8%Below
Health
13.5%Above
Age
35On par
  • Above the national average
  • Below the national average
  • Similar to the national average

Housing — Rental prices [5]

Rental prices

Crime — All violent offences [6]

Rate per 100,000 residents

Living in Phoenix, AZ

Phoenix, AZ is the capital and largest city in Arizona. Here is an overview of what living in Phoenix is like:

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Nearby programs

Clinical neurophysiology Programs Near Phoenix, AZ

University of Southern California/Los Angeles General Medical Center (USC/LA General) ProgramLos Angeles, CAClinical neurophysiologyLos Angeles County-Harbor-UCLA Medical Center ProgramTorrance, CAClinical neurophysiologyStanford Health Care-Sponsored Stanford University ProgramStanford, CAClinical neurophysiologyUniversity of Arizona College of Medicine-Tucson ProgramTucson, AZClinical neurophysiologyUniversity of Utah Health ProgramSalt Lake City, UTClinical neurophysiologyLoma Linda University Health Education Consortium ProgramLoma Linda, CAClinical neurophysiologyCedars-Sinai Medical Center ProgramLos Angeles, CAClinical neurophysiologyUniversity of New Mexico School of Medicine ProgramAlbuquerque, NMClinical neurophysiologyUniversity of California (San Diego) Medical Center ProgramLa Jolla, CAClinical neurophysiologyUCLA David Geffen School of Medicine/UCLA Medical Center ProgramLos Angeles, CAClinical neurophysiologyMayo Clinic College of Medicine and Science (Phoenix) ProgramPhoenix, AZClinical neurophysiologyUniversity of Texas at Austin Dell Medical School ProgramAustin, TXClinical neurophysiologyUniversity of California (Irvine) ProgramOrange, CAClinical neurophysiologyUniversity of Texas Health Science Center San Antonio Joe and Teresa Lozano Long School of Medicine ProgramSan Antonio, TXClinical neurophysiologyUniversity of California Davis Health ProgramSacramento, CAClinical neurophysiologyBarrow Neurological Institute at St Joseph's Hospital and Medical Center ProgramPhoenix, AZClinical neurophysiology

References

1. Freida - https://freida.ama-assn.org/program/1870318116

2. ACGME - Accreditation Data System (ADS) - https://apps.acgme.org/ads/Public/Programs/Search

3. NRMP Results and Data: 2022-2026 Main Residency Match - https://www.nrmp.org/match-data/2026/03/program-results-2022-2026/

4. United States Census Bureau - https://data.census.gov/profile/City,_VS?g=160XX00US0455000

5. Zillow Research - Observed Rent Index (ZORI) - https://www.zillow.com/research/data/

6. FBI - Crime/Law Enforcement Stats (Uniform Crime Reporting Program) - https://www.fbi.gov/services/cjis/ucr