Becoming a neurologist requires a minimum of 12 years of education and training after high school: four years of undergraduate study, four years of medical school, and four years of residency. Some neurologists add one or two more years for subspecialty fellowship training. It’s one of the longer paths in medicine, but each stage builds directly on the last.
Undergraduate Degree: 4 Years
There is no required major for aspiring neurologists. You can study biology, chemistry, psychology, English, or anything else, as long as you complete the prerequisite science courses that medical schools require. Most schools expect one year of biology with lab, two years of chemistry with lab (including at least one semester of organic chemistry), one year of physics with lab, and math through introductory calculus or statistics.
Beyond coursework, you’ll need to prepare for the MCAT, the standardized exam used for medical school admissions. The national average score is 501, but competitive applicants typically score 509 or higher, which places you above the 80th percentile. A score of 515 or above (91st percentile) is considered top-tier. Most students take the MCAT during their junior year and apply to medical schools that summer.
Medical School: 4 Years
Medical school takes four years regardless of whether you pursue an MD (allopathic) or DO (osteopathic) degree. Both paths lead to the same outcome: either degree qualifies you to practice neurology in all 50 states, complete the same residencies, and prescribe medications. Since 2020, MD and DO graduates apply through a single residency match system, so the distinction matters less than it once did. The main difference is that DO programs include at least 200 additional training hours in osteopathic manipulative medicine, a hands-on technique focused on the musculoskeletal system.
The first two years of medical school focus on classroom and lab-based learning in anatomy, physiology, pharmacology, and pathology. The final two years shift to clinical rotations, where you work directly with patients across specialties like internal medicine, surgery, psychiatry, and neurology. These rotations help you confirm that neurology is the right fit before committing to residency.
During medical school, you’ll also take licensing exams. MD students sit for the USMLE (United States Medical Licensing Examination), while DO students take the COMLEX. These exams are spread across medical school and residency, and passing all steps is required for a full medical license.
Neurology Residency: 4 Years
Residency is where you transition from general medical training to focused neurology practice. The total commitment is four years. The first year, called the intern year or PGY-1, is typically spent in internal medicine (or two years of pediatrics if you’re pursuing child neurology). This gives you a broad clinical foundation before you specialize. The remaining three years are dedicated entirely to neurology.
You can enter residency through two routes. A categorical program bundles all four years together under one program. An advanced program covers only the three neurology-specific years, meaning you complete your intern year separately. Either path leads to the same board eligibility.
The Accreditation Council for Graduate Medical Education (ACGME) sets strict standards for what residency must include. You’ll spend a minimum of 18 months in clinical adult neurology, split between at least six months of inpatient work and six months of outpatient care. You’re also required to complete at least three months in child neurology under a certified child neurologist. Work hours are capped at 80 per week averaged over four weeks, with no single shift exceeding 24 hours of continuous patient care (plus up to four additional hours for handoffs and education). You must have at least one day off per week.
Residency is demanding, but it’s designed to expose you to the full range of neurological conditions: stroke, epilepsy, multiple sclerosis, Parkinson’s disease, brain injuries, nerve disorders, and more.
Board Certification
After completing residency, you’re eligible to take the board certification exam administered by the American Board of Psychiatry and Neurology (ABPN). Passing this written exam grants you board-certified status in neurology. While board certification isn’t technically required to practice, most hospitals and employers expect it, and many patients look for it as a mark of competence.
Certification isn’t permanent. To maintain it, you must complete an average of 30 specialty or subspecialty continuing education credits per year, averaged over three-year cycles. This ensures neurologists stay current with evolving diagnostic tools, treatments, and research throughout their careers.
Optional Fellowship Training: 1 to 4 Years
General neurologists treat a wide range of brain and nervous system conditions, but some choose to subspecialize through additional fellowship training after residency. Common fellowships and their lengths include:
- Vascular neurology (stroke): 1 year
- Clinical neurophysiology (EEG, nerve conduction studies): 1 year
- Pain management: 1 year
- Neurocritical care: 1 to 2 years
- Child neurology: 3 years
- Neurodevelopmental disabilities: 4 years
Fellowship training is optional but increasingly common, especially for neurologists who want to work at academic medical centers or focus on a specific patient population. A neurologist who subspecializes in stroke care, for example, would complete 13 total years of post-high school training: four undergraduate, four medical school, four residency, and one fellowship.
Total Timeline at a Glance
A general neurologist who completes training without any gaps spends 12 years in education and training after high school. With a subspecialty fellowship, the total stretches to 13 or even 16 years depending on the field. Most neurologists begin independent practice in their early to mid-30s. The path is long and structured, but each stage serves a clear purpose: building foundational science knowledge, developing broad clinical skills, and then honing expertise in the brain and nervous system.