Neurological Surgery — Specialty Profile

Exploratory, not prescriptive. This profile blends hard data (pay, match rates, burnout, demographics — each sourced and dated) with generalizations and synthesized online opinion about culture and "who fits." It's here to help you get curious and go find out for yourself — not to tell you who to become. Numbers marked ⟳ verify change every year; check the linked source before you quote one. Last reviewed: 2026-07-25.

Also called: neurosurgery, NSGY, "brain surgery" (though most of the operative volume is spine). Base residency you enter straight from medical school. Organ systems: the brain, spinal cord, spine, and peripheral nerves, which is the whole nervous system, surgically.

The 30-second version

Neurosurgery is the surgical care of the nervous system, and it sits at the extreme end of almost every axis medicine has. Brain, spinal cord, spine, and peripheral nerves. It is, year after year, the #1 highest-paid specialty in the country. It demands the longest standard training in medicine at seven years. It runs some of the most punishing hours and career-long emergent call of any field, and it operates with essentially zero margin for error, on structures where a millimeter decides whether a patient walks, speaks, or survives.

The paradox that defines it: neurosurgeons report top-tier burnout and, simultaneously, among the highest satisfaction and "would-do-it-again" rates in medicine. People are exhausted and rarely sorry. That combination of enormous stakes, enormous pay, and enormous personal cost is the whole personality of the field.

Quick dashboard (details and sources below)
Training after med school 7 years (longest standard residency in medicine)
Total from college start ~15 years (4 undergrad + 4 med school + 7 residency)
Competitiveness Very high — one of the five NRMP calls traditionally competitive; 491 applicants for 280 positions, 100% filled (2026) ⟳
Typical full-time pay ~$750,000 avg (Doximity 2025); MGMA total comp ~$960k ⟳
Pay range (structure) ~$450k junior/academic floor · ~$850k–$1.2M mid-career · $1.5M–$2.5M+ spine/ASC partner ceiling ⟳
Lifestyle ~65 hrs/week (SalaryDr, n=108), career-long emergent call, long cases
Burnout Among the highest in medicine (~67%, AANS 2020 resident survey) ⟳
% women ~9.6% practicing; 27.3% of residents (rising) ⟳
DO / IMG accessibility Near-closed — DO 3.2%, IMG 6.1% of matched positions (NRMP 2026) ⟳

What they actually do

Neurosurgeons diagnose and operate on disorders of the entire nervous system: the brain, the spinal cord and spine, and the peripheral nerves. The scope runs from crushing emergencies to long, elective, planned reconstructions. At one end: evacuating a subdural or epidural hematoma, clipping or coiling a ruptured aneurysm, decompressing a spinal cord. At the other: resecting a brain tumor, correcting spinal deformity with multilevel instrumentation, placing a deep-brain stimulator for Parkinson's. The unifying skill is operating with a near-zero margin for error on tissue that does not forgive, combining fine-motor precision, three-dimensional anatomical judgment, and the stamina to sustain both across cases that can run many hours.

Despite the "brain surgeon" image, a large share of most neurosurgeons' operative volume is actually spine: degenerative, traumatic, and deformity work, which is also the field's economic engine (see Compensation). The work is high-acuity and consultative both. Neurosurgeons carry the trauma and stroke phone for entire hospitals and regions, because so few of them exist that many communities have no coverage at all.

Representative procedures: craniotomy for tumor or hemorrhage · aneurysm clipping and endovascular coiling/thrombectomy · cerebral hematoma evacuation · anterior and posterior spinal fusion and decompression · deep-brain stimulation (DBS) and functional/epilepsy surgery · CSF shunt placement for hydrocephalus · skull-base and pituitary surgery · peripheral nerve decompression/repair · stereotactic radiosurgery (Gamma Knife/CyberKnife).

A shift/week in the life: The week layers long scheduled cases (a morning tumor resection under the microscope, an afternoon multilevel fusion) on top of unscheduled emergencies that cannot wait: a ruptured aneurysm, an acute cord compression, a shunt failure at 3 a.m. Call is the defining feature and does not disappear with seniority. Hemorrhages and traumatic brain injuries arrive at any hour, and in a small specialty with thin coverage, call frequency in leaner groups can be brutal. Attendings average about 65 hours a week on the one panel that publishes a figure, and that number understates the intensity, because it doesn't capture the standing hours, the precision, or the unpredictability of the add-on cases.1

The training path & time to completion

Medical school (4 yrs) → neurosurgery residency (7 yrs) → board-eligible with ABNS. Seven years is the longest standard residency in medicine; the ABNS requires 84 months of neurosurgical training.2 Many programs build a subspecialty enfolded fellowship into those seven years rather than tacking it on afterward. Plenty of neurosurgeons still add a separate 1–2 year fellowship on top, pushing the true finish line even further out.23

  • Structure: a representative program is ~54 months of core clinical neurosurgery plus ~30 months of electives that may include dedicated research, neuropathology, neuroradiology, or additional operative neurosurgery. Most 7-year programs fold in 1–2 years of dedicated research and/or an "enfolded" fellowship (commonly PGY-4 through PGY-7); ABNS formally recognizes enfolded fellowships in PGY-7 (effective July 2021).23
  • Board. The American Board of Neurological Surgery (ABNS). A written primary examination taken during residency, followed by an oral examination taken after a period of independent practice. Certification is time-limited on a 10-year cycle with Continuing Certification. The current ABNS booklet carries the exact exam sequence and timing.2 ⟳
  • Total from the start of college: ~15 years (4 + 4 + 7). With a separate (non-enfolded) fellowship, add 1–2 more.

How competitive is it?

Neurosurgery sits, year after year, inside the small group NRMP itself calls the traditionally competitive specialties, alongside orthopaedic surgery, plastic surgery, dermatology, and otolaryngology.4 It is also small, which amplifies everything: only 121 programs and 280 positions nationally in 2026, so a tiny number of seats absorbs an enormous amount of applicant effort.5

The 2026 Match numbers:

  • 100.0% filled (280 of 280 positions), with 491 applicants ranking the specialty, about 1.75 applicants per position.5 ⟳
  • The entering class is overwhelmingly US MD: US MD seniors took 86.8% of positions; US DO seniors 3.2% (9 of 280), US IMGs 0.7% (2), non-US IMGs 5.4% (15). Combined DO + IMG ≈ 9.3%. The DO share nearly doubled from 2025, when it was 1.9% (5 of 268), which on a cohort this size is four people.5 ⟳
  • The academic bar is extreme. Among US MD seniors, mean USMLE Step 2 CK was 255 for those who matched (vs. 247 unmatched); with Step 1 now pass/fail, Step 2 CK is the key numeric screen. Matched applicants averaged 5.8 research experiences and about 37.4 abstracts, presentations, and publications, among the highest research output of any specialty, and 28% were AOA.6 ⟳
  • Even the strongest pool doesn't clear easily: the overall match rate for US MD seniors was just 68.7%, well below the 90%-plus typical of most specialties, and that is despite these being among the strongest applicants in medicine.6 ⟳

The honest read: neurosurgery is not "reachable with a strong application" the way many fields are. It rewards a multi-year, resource-intensive campaign of research years, away rotations, mentorship, and elite Step performance, and it is effectively near-closed to DO and US-IMG applicants; see the FLI angle.

Compensation — the robust version

Neurosurgery is the compensation apex of American medicine: in Doximity's 2025 report it is the #1 specialty and the only one averaging over $700,000.78 But it is also unusually spread out and unusually source-dependent, because so much of the money rides on subspecialty (spine against everything else), practice model, ownership, and call burden rather than on seniority alone. A note on sources first. Survey data from Doximity, MGMA, and NERVES/AANS is the reliable anchor; listing-scraper sites skew low or produce implausible state extremes; and two big national datasets simply do not cover the field. Medscape does not report neurosurgery as a standalone specialty, and BLS has no neurosurgery code, folding it into "Surgeons, All Other" at a mean of about $373,930, which badly understates the field.791011

National number. Doximity 2025: $749,140 average (2024 data), #1 of all specialties, ~$60k ahead of #2 thoracic surgery ($689,969) and orthopedics ($679,517).78 The prior year's Doximity read was $788,313 on 2023 data, and the nominal dip is largely survey-composition noise rather than a real pay cut.8 MGMA total compensation runs materially higher, at a median around $962,912, because MGMA captures base, bonus, call pay, productivity, and ancillary distributions that self-report surveys miss.12 A defensible "typical full-time" framing for 2025–26 is a $750k headline average with total-comp medians approaching $960k. ⟳

The spread (structure). A high-procedure neuro/spine MGMA-style spread runs from roughly $468,787 (10th pct) to ~$1.4M (90th pct); private-practice and partner ceilings reach $1.5M–$2.5M+ for solo or spine-with-ASC owners, while the practical floor, junior academic and pediatric, sits around $450k–$550k.91314 ⟳

Career stage matters more than in most fields, because the ceiling is so high. ResidencyAdvisor's neurosurgery salary guide puts resident pay at $60k–$90k a year for seven years.14 On that guide and on Ava Health's ranges, new attendings in years 1–3 land $550k–$850k (academic $450k–$650k; rural and underserved $800k–$1,000,000+), often on a guaranteed salary for one or two years before shifting to productivity. Mid-career, years 4–10, runs $850k–$1.2M. Senior and partner, 10 years and up, runs $900k–$2.5M+, with spine and ASC owners at the top.914 Sign-on bonuses run $25k–$200k+, relocation $10k–$60k.914 ⟳

Call pay and stipends are a defining, and unusually large, income stream. Because so few neurosurgeons exist to cover trauma and stroke, hospitals pay heavily to guarantee coverage. Community sole-coverage call stipends run $3,000–$15,000 per week on Ava Health's and MedMoneyGuide's ranges, with under $3,000 a week considered below market, among the highest call pay of any specialty.915 Persistent rural and community shortages also keep locum rates elevated: general $300–$500 an hour, trauma $400–$700 an hour or $5,000–$9,000 a day, full-time locum $1.2M–$2.5M a year.9 ⟳

How you are actually paid: the wRVU and ownership machine. Most attending pay eventually runs on wRVU productivity. On Ava Health's and MedMoneyGuide's benchmarks, median production is about 9,200–11,000 wRVU a year (25th about 8,000, 75th about 15,000, 90th 20,000+) at a conversion factor of roughly $55–$80 per wRVU, with $65 commonly cited, so a busy 15,000-wRVU surgeon books about $975,000 in productivity comp alone.915 Sample procedure weights, which MedMoneyGuide draws from the 2026 CMS fee schedule, show why volume pays: tumor craniotomy about 45.2 wRVU, posterior lumbar fusion about 34.5, anterior cervical fusion about 27.8.15 In private practice the swing factor is ownership. Ambulatory surgery center distributions of $200k–$600k a year are the single biggest driver of the spine premium, with buy-in typically $200k–$600k.9 ⟳

Academic against private is a large, deliberate discount. NERVES, the neurosurgery-specific socioeconomic survey, puts physician-owned private practice at about $862,938 median against hospital-employed at about $766,648 in 2023. An older NERVES cut lists private about $889k, hospital about $786k, and academic about $647k.1210 Academic pay commonly runs $200k–$400k below private, traded for research, subspecialization, and prestige, with assistant-professor roles $450k–$680k, department chairs $900k–$1.5M, and endowed chairs $1.2M–$2.0M+.91310 ⟳

Geography: scarcity pays. Pay is highest where supply is scarce and volume and reimbursement are high, often the Southeast, Midwest, and smaller non-coastal metros. It is lower in oversupplied prestige coastal cities that trade cash for lifestyle and academics, and no-income-tax states (TX, FL, TN, WA) add take-home.913 An MGMA-cited "highest-paying states" table (SC about $1.44M, VA about $1.18M, MN about $1.14M, FL about $1.13M, CA about $1.12M) circulates, but the figures look inflated and should be treated as directional only, and some listing sources contradict it outright.13 ⟳ A spine benchmark shows the same small-market premium: metros under 250k have a median of about $882,502 against $589,540–$831,366 in larger cities.13

The spine premium is the biggest lever in the field. Subspecialty is the largest single determinant of pay. Spine is the top earner, employed at $650k–$950k and private or ASC at $1.0M–$1.8M with top earners above $2M, because it stacks the highest procedural volume, the best reimbursement, and ASC ownership. Cerebrovascular and endovascular commands a 15–35% premium at $700k–$1.4M on rising stroke-thrombectomy demand. Neuro-oncology and skull base runs $700k–$1.0M. Functional, DBS, and epilepsy runs $550k–$750k academic and $600k–$850k community. And pediatric neurosurgery is often the lowest cash tier at $500k–$720k despite the same brutal training, because it is almost entirely academic and children's-hospital work. A fellowship-trained spine surgeon with ASC distributions can out-earn a tumor, functional, or pediatric colleague by $500k–$1M+ a year.913 ⟳

Malpractice is among the highest liability of any specialty. Neurosurgery carries some of the highest claim frequency and severity in medicine, given the catastrophic potential of adverse outcomes. Annual premiums run $100,000–$200,000 a year in high-litigation states (NY, IL, FL) and much less in reform and cap states (CA, TX). Tail coverage runs another $100k–$200k one-time in high-risk markets. Employers usually cover premiums; in private practice it is a direct cost off the top. State premium figures move year to year.9 ⟳

The trend that colors all of it. Headline pay has been flat-to-up nominally and held the #1 spot across recent Doximity reports, but trade press openly questions whether the $800k+ average is sustainable amid Medicare reimbursement cuts to surgical/spine codes; meanwhile a continued shift toward hospital employment, expanding ASC migration of spine cases, and rising endovascular demand are reshaping where the money sits.781216 ⟳

Lifestyle & the high-stakes bargain

The defining lifestyle facts of neurosurgery are its hours, its call, and its case length. Unlike shift-based fields, there is no clean "shift's over, you're done" here.

  • Hours: attendings self-report about 65 hours a week on SalaryDr's panel of 108, and that understates the load because it doesn't capture the standing hours or the intensity.1
  • Call. Emergent and career-long. Hemorrhages, ruptured aneurysms, cord compression, TBI, and shunt failures arrive at any hour and cannot wait, and craniotomies and hematoma evacuations happen overnight. Coverage is thin in a small specialty, so call frequency in leaner groups can be brutal.1
  • Case length. Elective work is long. Tumor resections, skull-base cases, and multilevel instrumentation run many hours, often standing under the microscope, and those scheduled cases sit on top of unpredictable add-on emergencies.1

Schedule control is low overall, especially early in career and in trauma-heavy or academic settings. It improves meaningfully in elective spine, functional/stereotactic, and outpatient-heavy or private-practice models, where cases are more schedulable and call more contained. But "controllable" here is relative to an extremely demanding baseline.1

Lifestyle rating: 1/5. Among the least controllable schedules in medicine: long weeks, long cases, and emergent call that never fully relents.

Wellbeing — the part to take seriously

Burnout is high, and the field talks about it unusually openly. The most-cited neurosurgery-specific figure comes from a 2020 AANS survey of 346 residents: about 67% burnout, with about 41% having seriously considered quitting, among the highest reported anywhere in medicine.17 Broader physician-wide tables put the top of the range around 42–49%, and when neurosurgery is broken out it clusters with the high-burnout surgical and procedural specialties.1718 Note that Medscape does not report neurosurgery as a standalone specialty, so there is no clean Medscape burnout number for the field. Treat the AANS resident survey as the benchmark.918 ⟳

The signature paradox: meaning against toll. Despite top-tier burnout, neurosurgery posts exceptionally high satisfaction. One widely discussed analysis cites about 67% burnout alongside about 81% career satisfaction, about 79% who would choose neurosurgery again, and attrition of about 6.7%, far below other surgical specialties at about 18%. A separate lifestyle survey found about 91% would choose it again.191 ⟳ The proposed buffers are predictable demands, since trainees self-select knowing exactly how hard it is and expectations match reality; a strong sense of value in a small, tight specialty; and very high intrinsic reward from the stakes of the work.19 The honest reading is that neurosurgeons are just as tired, and more convinced the toll is worth it. "I'd do it again" does not mean "the hours aren't punishing," and that distinction matters enormously for anyone deciding whether to enter.

Mental health, named squarely by the field itself. The wellbeing conversation in neurosurgery is unusually frank about its darkest edge. Post-pandemic data cited by the AANS and CNS reports roughly one in seven surgeons and surgical trainees experiencing suicidal ideation, and the field's own societies discuss surgeon deaths from unnatural causes as a structural problem to address rather than an individual failing.17

Career longevity is a real question. The work is physically taxing, with long standing cases, fine-motor precision, and lifelong sleep disruption from call, and cognitively unforgiving, with millimeter margins where errors are catastrophic. Many neurosurgeons shift toward elective spine, functional, or lower-acuity consultative work later in career to extend operating years and cut night call. It is the field's version of an off-ramp.1

Who's in the field (demographics)

  • Women. About 9.6% of practicing neurosurgeons (AAMC 2021), among the lowest of any specialty, up from about 8.4% in 2018.2021 Residents are 27.3% women in AY2024-25, so the pipeline is shifting, though it starts from far enough back that the practicing figure will lag it for decades.22 ⟳ Cross-sectional work published in 2023 and 2024 put the resident share in the low-to-mid 20s, and the current count is a few points above that.
  • DO. Only 3.2% of matched 2026 positions, 9 of 280, making neurosurgery one of the least DO-accessible fields in all of medicine. It was 1.9% (5 of 268) the cycle before, so the direction is up and the level is still near the bottom.523 ⟳
  • IMG. Combined 6.1% of matched 2026 positions, US IMG 0.7% (2) plus non-US IMG 5.4% (15), so the field is near-closed to international graduates.5 ⟳
  • URiM. Neurosurgery is repeatedly documented as one of the least racially/ethnically diverse specialties, with Black and Hispanic trainees underrepresented relative to both the US population and the medical-student pool. Neither source breaks that out as a per-group percentage, so there is no share to quote.2425 ⟳

Culture, personality & the online stereotypes

Who gravitates here. High-stakes perfectionists who can tolerate the longest, most punishing training in medicine. People comfortable, even energized, operating where the margin for error is essentially zero. People drawn to deep intellectual and technical mastery, who derive meaning from high-consequence work. The combination of predictable demands and high intrinsic reward means people tend to enter with eyes open and stay committed once in. As always, plenty of people in the field do not fit any single mold.19

The stereotypes. Community caricatures rather than facts, each with an unfair edge:

  • "God complex / arrogant type-A alpha." Reality: this flattens a small, varied field and conflates high standards with arrogance. Plenty of neurosurgeons are humble and humane, and the caricature ignores them.
  • "No life / married to the job." Reality: the hours are genuinely heavy, but the assumption that every neurosurgeon has surrendered any personal life is a stereotype, and lifestyle varies a lot by subspecialty and setting.
  • "Smartest / most intense people in medicine." A prestige halo. Flattering, but still a stereotype that distorts expectations and fuels gatekeeping even when meant as a compliment.

Culture is also changing: growing attention to resident wellbeing, mental-health advocacy from the AANS/CNS, and slowly increasing diversity are shifting norms away from the old "iron man" archetype.17

What people say online, synthesized and paraphrased rather than quoted. Across trainee and physician forums the recurring message is blunt: pursue neurosurgery only if you genuinely cannot imagine doing anything else, because the training and lifestyle are seen as too costly for anyone chasing prestige or pay alone. Threads emphasize the sheer difficulty of matching, with research output, connections, away rotations, and Step performance described as near-mandatory. They mirror the wellbeing paradox too: the work is exhausting and all-consuming, yet a striking share say they would still choose it because the meaning and stakes are unmatched. People note lifestyle varies by subspecialty, with elective spine and functional described as more livable than trauma-heavy, cranial-heavy, or academic roles. And there is candid, sometimes heavy discussion of burnout and mental health alongside pushback on the "god complex" stereotype as unfair to most in the field.

Voices from the field. Paraphrased from public writing, with links to the originals:

  • A neurosurgery resident writing in Doximity's Op-Med frames the field's central paradox, about 67% burnout alongside about 81% satisfaction and about 79% would-choose-again, arguing that job satisfaction acts as a protective counterweight driven by predictable demands, a strong sense of being valued in a small specialty, and high intrinsic reward.19
  • An AANS/CNS editorial on burnout and physician suicide cites the 2020 survey (~67% resident burnout, ~41% considering quitting) and post-pandemic data (~1 in 7 surgeons/trainees with suicidal ideation), and calls for education, screening, and treatment access as structural fixes rather than blaming individuals.17
  • An AANS past president, writing in the same forum, ties the lifestyle problem to a pipeline problem, advocating for more Medicare-funded neurosurgery training slots to address neurosurgeon shortages while sustaining workforce wellbeing.17

Why people choose it / why people leave

Why choose it: the highest-stakes, highest-impact operating in medicine (your intervention is the difference between life, function, and death) · among the top-compensated specialties in the country, #1 by Doximity · deep intellectual and technical mastery · a small, tight, respected specialty · very high meaning and would-choose-again despite the toll, since most who do it are glad they did.

Why leave or avoid it: punishing hours (~65/week) and career-long emergent call that never fully relents · the longest core training in medicine at seven years, which is a very long income and life-milestone deferral · top-tier burnout, about 67% in the AANS 2020 resident survey, and serious, openly discussed mental-health risk · physical/cognitive demands that can shorten operating longevity, with essentially no margin for error · extremely competitive and near-closed to many applicants.

Best fit if: you genuinely cannot picture doing anything else · you're energized (not drained) by the highest-stakes decisions and long, precise cases · you have the stamina to absorb the longest, hardest training in medicine · you are competitive on research, Step scores, and mentorship, and can invest years building that profile.

Not for you if: schedule control or protecting family/caregiving time is non-negotiable, especially early · you want the shortest path to attending income · you can't commit to (or access) the research/connection machinery required to match · you want a specialty forgiving of small errors, or one you can slow into gently.

The FLI angle — Neurosurgery for first-gen, low-income & immigrant students

Neurosurgery offers the largest financial payoff of almost any specialty, and it demands the longest financial patience, the highest access barriers, and the most caregiving-hostile lifestyle of the fields commonly considered. All of that has to be named squarely for an FLI student, because the barriers here are unusually severe and unusually specific.

Where it can attract FLI students:

  • Top-tier pay. Neurosurgery is the #1-earning specialty in the country, a powerful draw for someone with no family financial cushion aiming to build lasting stability.7
  • High meaning and prestige in a respected, tight-knit specialty, with off-ramps (elective spine, functional) that preserve strong income later.

The real risks, named squarely:

  • The longest training delays earning the longest. Seven years of residency (often plus fellowship) on the $60k–$90k salary ResidencyAdvisor reports, before any real attending income.14 For an FLI student who may be supporting family now with no safety net, this is the single heaviest FLI-specific cost, a longer income deferral than almost any other path in medicine.
  • Near-closed to DO and IMG applicants. DO seniors took 3.2% and IMGs 6.1% of 2026 positions; the match is dominated by US MD graduates with elite profiles.5 An FLI student who isn't at a resource-rich MD program faces a steep, sometimes prohibitive, structural barrier.
  • Extreme research and connection cost. Matching typically demands substantial research output (often a dedicated research year, ~37 abstracts/presentations/publications among matched applicants), away rotations, and strong mentorship. That is precisely the "hidden curriculum" capital FLI students are least likely to arrive with and least able to fund.6 Building that profile requires unpaid or low-paid time and insider guidance that assume a cushion many FLI students don't have.
  • A lifestyle brutal on anyone with family or financial caregiving duties. Career-long emergent call, ~65-hour weeks, and unpredictable overnight operating are extremely hard to reconcile with caring for parents, siblings, or children, or with any second obligation.1 For FLI students who often carry family responsibilities now, this is not a minor tradeoff and can be disqualifying in practice.

Bottom line: neurosurgery rewards an FLI student who is exceptionally competitive, has some runway to build research and connections, and has no near-term caregiving or income constraints. It is one of the hardest fields to recommend to an FLI student who needs income sooner, lacks access to the research/mentorship pipeline, or carries family duties now. The pay is real and so are the barriers. Do not let anyone minimize either.

Subspecialties & fellowships (also: the lifestyle off-ramps)

Fellowship training is common in neurosurgery and often enfolded into the seven-year residency rather than added on afterward.23 Several double as ways to gain more schedule control later in a career.

  • Spine (complex/deformity). Degenerative, deformity, and instrumented spine; the field's highest-volume, highest-earning, and more schedulable niche, and the closest neurosurgery comes to a controllable lifestyle.
  • Cerebrovascular / endovascular (neurointerventional). Aneurysms, AVMs, stroke thrombectomy; heavy emergent call, high acuity, and a rising pay premium with thrombectomy demand.
  • Neuro-oncology / skull base. Brain tumors and skull-base lesions; long, complex cases, often academic/tertiary.
  • Functional & stereotactic. DBS, epilepsy, movement disorders; more elective, more controllable schedule.
  • Pediatric neurosurgery. Congenital anomalies, hydrocephalus, pediatric tumors; tertiary/children's-hospital work, and often the lowest cash tier despite the same long training.
  • Neurotrauma / neurocritical care. TBI, hemorrhage, ICU management; among the most call-heavy and unpredictable.
  • Peripheral nerve surgery. Nerve entrapment, injury, and tumors; often lower-acuity and more schedulable.
  • Radiosurgery (SRS) / stereotactic. Gamma Knife/CyberKnife non-open treatment of tumors and vascular lesions; procedure-oriented, often outpatient.

Sub-subspecialties & fellowships

Neurosurgical subspecialization is often enfolded into the seven-year residency itself, through enfolded fellowship years, rather than added afterwards.

  • Spine. The highest-earning and most schedulable corner of the field, and the largest by volume.
  • Pediatric neurosurgery. The lowest-paid despite training that is no shorter, which is one of the starker pay-versus-purpose trades in medicine.
  • Cerebrovascular and endovascular, functional, and neuro-oncology make up most of the rest, and each is as much about the center you join as the year you did.

Fun facts

  • Neurosurgery residency is seven years, the longest standard residency in medicine, and many neurosurgeons add a 1–2 year fellowship on top or fold it into the seven.2
  • NRMP's own reports group it with orthopaedic surgery, plastic surgery, dermatology, and otolaryngology as the traditionally competitive specialties, the ones where unmatched rates among US MD and DO seniors run highest.4
  • Despite about 67% burnout, among the highest anywhere, its attrition rate of about 6.7% is far below other surgical fields at about 18%. People are exhausted, but they rarely leave.19
  • Neurosurgeons treat both the brain and the entire spine, and in practice a large share of many neurosurgeons' operative volume is spine rather than cranial.9
  • It routinely ranks #1 in US physician compensation, the only specialty averaging over $700,000 in Doximity's 2025 report.78
  • The field is unusually candid, through its own societies AANS and CNS, about physician burnout and suicide, turning a taboo into an active advocacy priority.17

Sources

Footnotes

  1. Neurosurgery lifestyle — hours (~65/wk), call burden, long cases, schedule control by setting, career longevity, and the ~91% would-choose-again lifestyle-survey figure. SalaryDr, "Neurosurgery Work-Life Balance" (updated August 2026). https://www.salarydr.com/specialty-lifestyle/neurosurgery SalaryDr panel size: n=108. Corrected 2026-08-17: this page gave the hours as "~60–64/week" in five places — the dashboard, the week-in-the-life, the lifestyle bullet, the why-leave list and the FLI section — with this footnote as the only citation attached. The source publishes a single figure, "The average Neurosurgery physician works 65 hours per week," and its headline tile reads 65 Avg Hours/Week from 108 verified submissions. The old band excluded the number it cited, and no second source for an hours figure appears anywhere on the page, so all five now read ~65 with the panel named. A self-selected physician panel; the n is disclosed here because it is what the figure rests on. ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7 ↩8

  2. Residency length (7 yrs / 84 months, longest in medicine), structure (~54 mo core + ~30 mo electives), ABNS board certification (written primary + oral, 10-yr cycle), and enfolded fellowships in PGY-7. American Board of Neurological Surgery (ABNS), Rules & Regulations and "Enfolded Fellowships Recognized in PG-7 Starting July 2021" (2021). https://www.abns.org/content/for-individuals-seeking-board-certification ; https://www.abns.org/content/for-residents ; NeurosurgeryMatch.org, "Residency Training and the Certification Process" (accessed 2026). https://www.neurosurgerymatch.org/residency-training/ ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  3. Enfolded fellowships and the residencies that enfold them (nationwide correlational analysis). PubMed (2024). https://pubmed.ncbi.nlm.nih.gov/39513708/ ↩ ↩2 ↩3

  4. NRMP names the peer group itself. Discussing Figure 6 of the 2026 Main Residency Match report, it writes that higher proportions of unmatched US MD and DO seniors "have been observed in traditionally competitive specialties like Orthopaedic Surgery, Plastic Surgery, Dermatology, Neurological Surgery, and Otolaryngology." Neurological Surgery's 2026 ratio of 491 applicants to 280 positions, about 1.75 to one, sits in that band. https://www.nrmp.org/wp-content/uploads/2026/05/Main_Match_Results_and_Data-2026.pdf Corrected 2026-08-17: this footnote previously carried no source at all. It cited "community/field consensus," which is not one, and pointed the reader at "train.md and life.md," internal working files that are not part of this site. Both are replaced by NRMP's own sentence, which names the same peer group and adds otolaryngology. ↩ ↩2

  5. NRMP, Results and Data: 2026 Main Residency Match (May 2026) — Neurological Surgery: 121 programs, 280 positions, 100.0% filled, 491 applicants ranking the specialty; US MD seniors 86.8% (243), US DO seniors 3.2% (9), US IMG 0.7% (2), non-US IMG 5.4% (15). https://www.nrmp.org/wp-content/uploads/2026/05/Main_Match_Results_and_Data-2026.pdf Corrected 2026-08-17: every figure on this page came from the 2025 report, correctly and exactly (268 positions, 265 filled, 98.9%, 476 applicants, MD 85.1%, DO 1.9%, US IMG 0.7%, non-US IMG 6.0%), but the 2026 edition published in May 2026 and this profile was reviewed in July. Three things moved: positions 268 to 280, fill 98.9% to 100.0%, and the DO share 1.9% to 3.2% — five matched DO seniors to nine, which softens "near-closed" a little by the page's own standard without changing it. The prior cycle is kept beside the current one wherever the direction matters. 2025 report: https://www.nrmp.org/wp-content/uploads/2025/05/Main_Match_Results_and_Data_20250529_FINAL.pdf ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  6. NRMP, Charting Outcomes: U.S. MD Seniors, 2024 Main Residency Match (Aug 2024; revised-citation ed. 2026) — neurosurgery match rate 68.7%; mean Step 2 CK 255 (matched) vs 247 (unmatched); 5.8 research experiences; ~37.4 abstracts/presentations/publications; 28% AOA. https://www.nrmp.org/wp-content/uploads/2026/03/Charting_Outcomes_MD_Seniors2024_revised-citation.pdf Corrected 2026-08-17: the page read 254 against 239. Table NS-1 of the cited edition gives 255 and 247. The matched figure was off by one and immaterial; the unmatched figure was off by eight, and it nearly doubled the apparent gap between matched and unmatched applicants, from 8 points to 15. Every other figure quoted here is exact against the table. ↩ ↩2 ↩3

  7. Doximity, 2025 Physician Compensation Report (2024 data) — neurosurgery $749,140 average, ranked #1 of all specialties and the only specialty over $700k. https://www.doximity.com/reports/physician-compensation-report/2025 ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  8. Becker's ASC, "The 20 highest-paying physician specialties in 2025" (citing Doximity 2025) — neurosurgery #1 ($749,140) > thoracic surgery ($689,969) > orthopedics ($679,517); Doximity 2024 (2023 data) neurosurgery ~$788,313. https://www.beckersasc.com/asc-news/the-20-highest-paying-physician-specialties-in-2025/ ↩ ↩2 ↩3 ↩4 ↩5

  9. Ava Health, "Neurosurgeon Salary 2026: By Setting, Subspecialty & Region" — new-grad/mid/senior ranges, call stipends ($3k–$15k/wk), wRVU (median ~9,200–11,000; conversion ~$55–$80), ASC distributions ($200k–$600k), locum rates, subspecialty pay (spine premium, pediatric lowest), malpractice ($100k–$200k premiums + tail), and note that Medscape omits neurosurgery. https://providers.avahealth.co/blog/neurosurgeon-salary-guide-2026 (2026) Corrected 2026-08-17: the Quick dashboard's pay-range row put the mid-career floor at ~$900k while the compensation section, on the same two footnotes, gave "years 4–10, runs $850k–$1.2M." The dashboard now carries the body's $850k, which is the sourced figure. ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7 ↩8 ↩9 ↩10 ↩11 ↩12 ↩13 ↩14

  10. NERVES socioeconomic survey figures (via Becker's Spine) — older cut: private $889k / hospital $786k / academic $647k; academic assistant-prof $450k–$680k, dept chair $900k–$1.5M, endowed chair $1.2M–$2.0M+. https://www.beckersspine.com/spine/spine-surgeon-vs-neurosurgeon-salary-does-location-matter-in-2024/ (2023) ↩ ↩2 ↩3

  11. BLS OEWS: no neurosurgery-specific SOC code, so the field is folded into 29-1249 "Surgeons, All Other," mean $373,930 for May 2025 on a median of $414,010 and a 90th percentile of $655,320, which understates neurosurgery pay. US Bureau of Labor Statistics, Occupational Employment and Wages — May 2025, Table 1 (https://www.bls.gov/news.release/archives/ocwage_05152026.htm). Updated 2026-08-18: this note carried the May 2023 mean of $343,990; the Bureau's May 2025 release, published 2026-05-15, supersedes it. The page it cited, https://www.bls.gov/oes/2023/may/oes291249.htm, is still live but holds May 2023 data. ↩

  12. Becker's Spine Review, "Spine surgeon vs. neurosurgeon salary — does location matter in 2024?" — MGMA national median total comp ~$962,912; NERVES 2023 employment-model medians (physician-owned $862,938 vs hospital-employed $766,648). https://www.beckersspine.com/spine/spine-surgeon-vs-neurosurgeon-salary-does-location-matter-in-2024/ (2024) ↩ ↩2 ↩3

  13. Physicians Thrive, "2025 Neurosurgeon Salary Data Analysis" and "Highest Paid Neurosurgeon Salary — Top Cities & States" (aggregates MGMA/Doximity/Salary.com/PayScale; state table flagged inflated — verify); Becker's Spine Review (MGMA/AMN percentile + metro-size spine benchmarks). https://physiciansthrive.com/physician-compensation/neurosurgeon/ ; https://physiciansthrive.com/physician-compensation/neurosurgeon/highest-paid-neurosurgeon-salary-top-cities-states ; https://www.beckersspine.com/spine/spine-surgeon-vs-neurosurgeon-salary-does-location-matter-in-2024/ (2024–2025) On Salary.com: its CompAnalyst benchmark is HR-reported employer survey data blended with job-posting data, not a physician panel. It is base-weighted and so runs low against total-compensation surveys, and it is used here for percentile structure rather than for levels. ↩ ↩2 ↩3 ↩4 ↩5 ↩6

  14. ResidencyAdvisor, "Neurosurgery Residency Salary Guide" — resident pay $60k–$90k/yr; new-attending, rural/underserved, and academic starting ranges; sign-on/relocation. https://residencyadvisor.com/resources/residency-application-guide/neurosurgery-residency-salary-guide (2026, verify) Corrected 2026-08-17: ResidencyAdvisor is an aggregator rather than a benchmark survey, and it is now named in the visible sentences carrying the resident-pay band and the early-attending ranges, so the reader can weigh the host at the point of the number. ↩ ↩2 ↩3 ↩4 ↩5

  15. MedMoneyGuide, "Neurosurgery Salary 2026" and 2026 CMS Physician Fee Schedule — call stipend ranges, wRVU benchmarks and conversion factor, sample procedure wRVUs (tumor craniotomy ~45.2; posterior lumbar fusion ~34.5; anterior cervical fusion ~27.8). https://medmoneyguide.com/guides/neurosurgery-salary (2026) Corrected 2026-08-17: MedMoneyGuide is an aggregator rather than a benchmark survey, and it is now named in the visible sentences carrying the call stipends, the wRVU benchmarks and the procedure weights. The procedure weights are checkable against the CMS relative value file directly. ↩ ↩2 ↩3

  16. Becker's Spine Review, "6 trends in neurosurgeon compensation — is the $800,000+ average sustainable?" — trend context (flat-to-up nominal pay, employment shift, ASC migration, reimbursement pressure). https://www.beckersspine.com/spine/45883-6-trends-in-neurosurgeon-compensation ↩

  17. Neurosurgery Blog / AANS-CNS, "Burnout and Suicide Among Physicians" (2024) — 2020 AANS survey (~67% resident burnout, ~41% seriously considered quitting); post-pandemic ~1 in 7 surgeons/trainees with suicidal ideation; AANS past-president advocacy for Medicare-funded training slots. https://www.neurosurgeryblog.org/2024/09/19/burnout-and-suicide-among-physicians/ ↩ ↩2 ↩3 ↩4 ↩5 ↩6 ↩7

  18. Healthgrades, "The Most and Least Burned Out Physicians by Specialty" (Medscape 2024/2026 summaries) — physician-wide burnout context; Medscape does not report neurosurgery as a standalone specialty. https://resources.healthgrades.com/pro/the-most-and-least-burned-out-physicians-by-specialty (2024/2026) Corrected 2026-08-17: the "Why leave or avoid it" list attributed neurosurgery's top-tier burnout to Medscape 2024, which the Wellbeing section and the dashboard both say does not report the field as a standalone specialty. Read in full, this relay names twenty specialties across its most- and least-burned-out lists and neurosurgery is in neither. That bullet now names the AANS resident survey, matching the rest of the page. ↩ ↩2

  19. David Kurland, MD, PhD (neurosurgery resident, NYU) — Op-Med/Doximity, "How to Solve the Paradox of Job Satisfaction and Burnout in Neurosurgery" (November 9, 2018) — ~67% burnout alongside ~81% satisfaction, ~79% would-choose-again, and ~6.7% attrition vs ~18% for other surgical specialties; predictable demands, sense of value, and intrinsic reward as buffers. The piece attributes all four percentages to Attenello et al. in the Journal of Neurosurgery rather than reporting them itself. https://opmed.doximity.com/articles/how-to-solve-the-paradox-of-job-satisfaction-and-burnout-in-neurosurgery Corrected 2026-08-17: this note dated the article 2020 and gave the byline as "David Kurland, MD." The page carries "David Kurland, MD, PhD; November 9, 2018." All four percentages verify exactly against it. The date matters because the same ~67% appears elsewhere on this page as a "2020 AANS survey of 346 residents" via 17; a 2018 article cannot be reporting a 2020 survey, and the two figures should not be read as independent corroboration until someone establishes whether Attenello et al. and the AANS survey are the same underlying data. ↩ ↩2 ↩3 ↩4 ↩5

  20. AAMC, "What's your specialty? New data show the choices of America's doctors by gender, race, and age" (Jan 2023; 2021 data) — neurological surgery 9.6% women (among the lowest of any specialty); all-specialty ~38% women. https://www.aamc.org/news/what-s-your-specialty-new-data-show-choices-america-s-doctors-gender-race-and-age ↩

  21. Earlier benchmark — 8.4% women per AAMC 2018 Physician Specialty Data Report (2017 AMA Masterfile), via AMN Healthcare. https://www.amnhealthcare.com/blog/physician/locums/medical-specialties-with-the-most-and-least-women-physicians/ ↩

  22. Women among neurosurgery residents, 27.3% in academic year 2024-25: ACGME, Data Resource Book, Academic Year 2024-2025, Table C.21 — Number of Active Residents by Specialty and Subspecialty and Sex, https://www.acgme.org/globalassets/pfassets/publicationsbooks/2024-2025_acgme_databook_document.pdf. The trend behind it: "Women in neurosurgery: a cross-sectional demographic study of female neurosurgery residents in the United States," J Neurosurg 140(6) (2023), https://thejns.org/view/journals/j-neurosurg/140/6/article-p1785.xml ; "Gender parity in neurosurgery residencies," J Neurosurg 141(1) (2024), https://thejns.org/view/journals/j-neurosurg/141/1/article-p48.xml . Correction 2026-08-13: this page previously carried "roughly the low-to-mid 20s percent" in the Quick dashboard and in Who's in the field, on the grounds that the exact share sat behind an access wall in AAMC Table B3. The ACGME book publishes it openly. ↩

  23. NRMP 2024 DO-friendliness by specialty (neurosurgery ~1% of PGY-1 positions to DO seniors; DO match success ~25%). NRMP 2024 Results & Data / yousmle summary. https://www.yousmle.com/do-match-rate-by-specialty/ (a summary of the NRMP data rather than the NRMP report itself) ↩

  24. "Diversity in Neurosurgery: Trends in Gender and Racial/Ethnic Representation Among Applicants and Residents from U.S. Neurological Surgery Residency Programs," World Neurosurgery (2021) — neurosurgery among the least racially/ethnically diverse specialties. https://www.sciencedirect.com/science/article/abs/pii/S187887502100320X ↩

  25. "Racial and Ethnic Diversity of U.S. Residency Programs, 2011–2019," NEJM (2022). https://www.nejm.org/doi/full/10.1056/NEJMc2200107 ↩

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