Orthopedic Trauma — Specialty Profile

Exploratory, not prescriptive. This profile blends hard data (pay, match rates, burnout, demographics, each sourced and dated) with generalizations and synthesized 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: 2026-08-04.

Also called: orthopedic traumatology, fracture surgery, OTA fellowship. A 1-year fellowship entered after an orthopedic surgery residency, not a residency you match into from medical school. Organ system: the skeleton, after something has broken it badly.

Subspecialty fellowship of Orthopedic Surgery.

The 30-second version

Orthopedic trauma is the subspecialty that takes the fractures nobody else wants, and it is the one part of orthopedics organized around the emergency department rather than the clinic. The territory is pelvic and acetabular fractures, periarticular fractures around the knee, ankle, shoulder, and elbow, polytrauma in patients with several broken bones and a head injury, open fractures with soft tissue loss, and the aftermath when any of that fails: nonunions that never healed, malunions that healed crooked, and infected fixation. Pelvic and acetabular surgery is the field's technical summit, done through approaches most orthopedic surgeons never learn, on patients who are frequently unstable. The work is concentrated at Level I trauma centers and it is hospital-employed almost by definition, because the volume, the operating room availability, and the intensive care unit all have to be in one building. The trade at the center of the field: the most technically demanding reconstructive fixation in orthopedics and a genuine claim to saving people, in exchange for the worst hours in a specialty already known for them.

Quick dashboard (details and sources below)


Training after med school	6 years (5 yr orthopedic surgery residency + 1 yr orthopedic trauma fellowship)
Total from college start	~14 years (4 undergrad + 4 med school + 5 residency + 1 fellowship)
Training chain	Med school (4) → Orthopedic Surgery (5 yr) → 1 yr orthopedic trauma fellowship (SF Match)
Competitiveness (as an orthopedic fellowship)	The lowest match rates of the orthopedic subspecialties studied: 86% for women and 85% for men across 2012–2023 ⟳
Typical full-time pay	No trauma survey line. Parent orthopedics runs ~$610,000–$700,000 median; trauma is hospital-employed with call stipends ⟳
Pay vs. parent (general orthopedics)	Around the median, reached through volume and call pay rather than elective throughput or ownership ⟳
Lifestyle	The hardest in orthopedics. Nights, weekends, and unscheduled operating are the job rather than an exception ⟳
Burnout	No subspecialty figure; parent orthopedics is ~44%, among the lowest of all specialties on Medscape 2024 ⟳
% women	8 of the 20 orthopedic trauma fellows in AY2024-25, 40.0% (ACGME); no practicing figure ⟳
DO / IMG accessibility	Gated behind orthopedics (of the 963 positions filled in the 2026 Match, 12.6% went to DO seniors, 14.0% counting DO graduates, and 1.0% to IMGs, about ten matches), and DO applicants are ranked lower at the fellowship stage ⟳

What they actually do

Pelvic and acetabular fracture surgery is the field's summit. These are the operations that define a trauma surgeon, done through approaches like the ilioinguinal and Kocher-Langenbeck that require dedicated training, on fractures that are three-dimensional puzzles, in patients who may be hemodynamically unstable from the same injury. Very few orthopedic surgeons do this work, which is why it regionalizes to trauma centers.

Periarticular fractures are the volume. Tibial plateau, distal femur, pilon, distal radius, proximal humerus, and the fractures around existing joint replacements. What makes them hard is that the fracture involves a joint surface, so the goal is anatomic restoration of cartilage alignment rather than simply bone union.

Polytrauma management is the systems half of the job. A patient with a femur fracture, a pelvic fracture, a chest injury, and a head injury needs a sequencing decision, and the concept the field organizes around is damage control orthopedics: temporary external fixation and resuscitation first, definitive fixation once the patient can survive it.

Nonunion, malunion, and infection are the reconstructive half, and they are a growing share of practice. A fracture that did not heal, healed in the wrong position, or became infected is referred to trauma, and the treatment involves deformity correction, bone grafting, staged reconstruction, and sometimes limb lengthening with external or internal devices.

Fragility fractures in older adults are the demographic reality. Hip fractures in the elderly are among the highest-volume operations in orthopedics, carry substantial mortality, and are increasingly managed through co-management pathways with geriatrics.

Representative procedures: open reduction and internal fixation of pelvic and acetabular fractures · periarticular plating and intramedullary nailing · external fixation, both temporizing and definitive · nonunion and malunion reconstruction with bone grafting and deformity correction · limb lengthening and bone transport · management of infected fixation, including staged exchange · hip fracture fixation and hemiarthroplasty · periprosthetic fracture fixation · soft-tissue coverage planning with plastic surgery.¹

A day in the life: unpredictable by design. A trauma surgeon at a Level I center covers a call schedule during which operating happens when the patient is ready rather than when the schedule says. Days on service mix an elective list of scheduled definitive fixations and reconstructions with whatever the night produced. Off-service weeks look like ordinary orthopedic practice, with clinic, follow-up, and elective reconstruction. The rhythm is feast and famine rather than steady.

On call: this is the defining feature of the field and it should not be softened. Trauma arrives at night, on weekends, and on holidays, and the operations it requires are often long. Most jobs run a defined call rotation with post-call relief, and the burden is heaviest early in a career.

The training path & time to completion

Medical school (4 yrs) → orthopedic surgery residency (5 yrs, integrated) → 1-year orthopedic trauma fellowship → practice.¹²

The residency is the hard gate, among the most competitive in medicine: of the 963 positions filled in the 2026 Match, 12.6% went to DO seniors and 1.0% to IMGs, about ten matches.³ The parent orthopedic surgery profile covers it.
The fellowship is one year and matches through the separate SF Match, coordinated with the Orthopaedic Trauma Association.²
There is no board. ABOS certifies subspecialties in only two areas, Orthopaedic Sports Medicine and Surgery of the Hand. Trauma surgeons practice under general ABOS certification with the fellowship as the credential.³
Total from the start of college: about 14 years.

How competitive is it?

Trauma had the lowest fellowship match rates of the orthopedic subspecialties studied, which makes it the most competitive of them on the available data, though the differences are modest.

A 2025 JBJS Open Access study of 7,128 US-based applicants across 2012 to 2023 reported, by subspecialty:

Subspecialty	Women	Men
Pediatrics	93%	96%
Foot and ankle	92%	95%
Shoulder and elbow	93%	92%
Sports medicine	94%	91%
Adult reconstruction	88%	85%
Trauma	86%	85%

⁴ ⟳

The overall picture across all orthopedic fellowships was equal match rates for men and women, at about 90% each, against a persistent gap by degree type: a mean of 91% for allopathic applicants and 82% for osteopathic, with the authors concluding that osteopathic graduates are consistently ranked lower by orthopedic fellowship programs.⁴ ⟳

Why trauma sits at the bottom of that table is a question of demand rather than exclusivity. It is a popular fellowship among residents who like operating and dislike clinic, and it competes for a limited number of positions concentrated at trauma centers.

The honest read. Competitive within orthopedics but attainable, with the residency remaining the event that determined everything. The bigger question for a trainee is not whether you will match but whether you want the call schedule for thirty years.

Board: none specific. General ABOS certification in orthopedic surgery.³

Compensation — the robust version

No compensation survey isolates orthopedic trauma. This reasons from the parent field and the employment model.

The parent anchor. Orthopedic surgery runs roughly $610,000–$700,000 median total compensation, frequently the highest-paid specialty in the country. The percentile ladder the orthopedic profiles on this site carry — 25th around $520,000, median around $703,000, 75th around $890,000, and 90th above $1.1 million — comes from an aggregator's directional planning model rather than from a licensed survey, and it is pending a replacement.³ ⟳

Trauma reaches roughly the orthopedic median by a different route than the elective subspecialties.

Volume and RVUs are high. Fracture fixation generates substantial relative value units, trauma centers have continuous inflow, and a busy trauma surgeon operates a great deal.
Call stipends are a real and distinctive component. Hospitals pay for trauma call coverage because they must have it, and that payment is a meaningful part of a trauma surgeon's compensation in a way it is not for an elective subspecialist.
But the ownership route is closed. The high end of orthopedic income comes from ambulatory surgery center ownership and private-practice partnership, and trauma cannot use either, because the work requires a hospital with an intensive care unit and happens at unpredictable hours. Trauma surgeons are employed, and employment caps the ceiling.
The payer mix is the worst in orthopedics. Trauma patients are disproportionately uninsured or publicly insured, and a substantial share of the work is uncompensated. This is the structural reason hospitals pay stipends: the service is necessary and does not pay for itself.

The net. A trauma surgeon can earn near the orthopedic median, occasionally above it in a high-volume job with good call pay, while working substantially harder and at worse hours than an elective colleague earning the same. Nobody in this field is confused about that trade, and it is the reason people cite for leaving.

Limited-data caveat: no MGMA, Doximity, or Medscape line for orthopedic trauma is published, and the positioning is a structural inference from employment model, payer mix, and call compensation. The parent median is survey-based; the parent percentile ladder is not, and is pending. Benchmark against the specific call stipend, call frequency, and RVU expectations of the job rather than against a national figure. ⟳

Lifestyle

This is the hardest lifestyle in orthopedic surgery and the section that should decide the field for most people.

Nights and weekends are the job. Trauma does not schedule itself, and definitive fixation of many fractures is time-sensitive.
Operating happens when the patient is ready, which can mean starting a pelvic reconstruction at an hour no elective surgeon would consider.
The cases are long and physically demanding, frequently in lead aprons under fluoroscopy, which adds a cumulative occupational cost.
Post-call relief and defined rotations help, and most jobs have them, but the underlying unpredictability does not go away.
Geographic flexibility is moderate. Level I trauma centers exist in most metropolitan areas but not in small ones, so the map is wider than sarcoma surgery and narrower than foot and ankle.
The compensation partly reflects the hours, and honest practitioners say the call stipend is payment for the disruption rather than a bonus.

Lifestyle rating: 1/5. The most demanding schedule in a demanding specialty, with genuine unpredictability that does not improve much with seniority.

Wellbeing — the part to take seriously

No orthopedic-trauma-specific wellbeing data exists. Inherit orthopedics at roughly 44% burnout, among the lower group despite the hours.³ That figure is worth treating with suspicion here, since it averages elective subspecialists into the same number. ⟳

The satisfaction case is unusually direct. Trauma surgeons put people back together after the worst day of their lives, and the result is visible: a patient who would have been permanently disabled walks. In a specialty where a lot of the work is degenerative and elective, the trauma surgeon is doing something closer to rescue, and practitioners name that as the reason they tolerate the schedule.

The recurring frustrations are two. The first is the payer mix and the sense of running a service the system needs and does not fund. The second is the patient population: trauma disproportionately involves substance use, violence, and social circumstances that make follow-up and rehabilitation difficult, so a technically perfect fixation can still end badly for reasons outside the operating room.

Sleep is the health issue. Chronic circadian disruption over decades is a real occupational exposure, and it is the thing trauma surgeons most often cite when they move to a less acute practice mid-career.

Career transition is common and worth planning for. Many orthopedic trauma surgeons reduce or leave call in their forties and fifties and shift toward elective reconstruction, deformity correction, or nonunion work, which the fellowship also trains. This is a normal arc rather than a failure, and it belongs at the start.

Who's in the field (demographics)

Women matched trauma fellowships at 86% across 2012 to 2023, the lowest of the six subspecialties studied, against 85% for men, so the small gap is not by gender.⁴ The one trauma-specific sex figure that exists counts fellows rather than surgeons in practice: 8 of the 20 orthopedic trauma fellows in AY2024-25 were women, 40.0%, well above the parent field's 23.9% of residents, on an n small enough that one fellow moves it five points.³ Parent orthopedics runs 6.8% women practicing and roughly 24% of residents, the lowest in medicine.³ ⟳
DO: parent orthopedics gave 12.6% of its 963 filled positions to DO seniors in 2026, 14.0% counting DO graduates. At the fellowship stage, osteopathic applicants matched at a mean of 82% against 91% for allopathic applicants, and the study concluded that programs rank them lower.³⁴ ⟳
IMG: about ten matches a year into orthopedic residency, 1.0% of the positions offered, so the pipeline is nearly closed upstream.³ ⟳
Underrepresented in medicine: no subspecialty figure. Orthopedics has among the lowest URiM representation of any specialty. Trauma serves a patient population that is disproportionately poor, uninsured, and non-white, so the demographic gap between this workforce and its patients is wider here than almost anywhere in the specialty. ⟳

Culture, personality & the online stereotypes

Who gravitates here: orthopedic residents who liked being in the operating room at 3 a.m. and did not mind it. The field selects for people who prefer operating to clinic, who like reconstructive puzzles, and who are comfortable with chaos and with patients they did not choose. There is a strong practical, unpretentious culture, and a genuine pride in doing the cases other surgeons transfer away. As always, plenty of people in the field do not fit any single mold.

The stereotypes. Community perception rather than fact, each with a kernel and an unfair edge:

"The workhorses." Widely held and largely affectionate. Trauma surgeons carry the unscheduled burden that lets everyone else run an elective practice.
"Same money, twice the hours." Close to accurate, and the most common reason residents choose something else.
"Pelvis and acetabulum or it does not count." An in-field status marker. Pelvic and acetabular surgery is the technical summit and not everyone in the field does much of it.
"You will leave call by fifty." Said as a warning and functioning as a plan. Mid-career transition away from acute trauma is common and generally accepted.

What people say online (synthesized and paraphrased, not quotes): across trainee and physician forums, orthopedic trauma reads as deeply respected and openly avoided for lifestyle reasons. The dominant recurring theme is the call schedule, discussed frankly, with posters advising applicants to ask specifically about call frequency, post-call relief, and whether the group covers general orthopedic call in addition to trauma. A second thread is compensation, where the consensus is that trauma reaches roughly median orthopedic pay through volume and stipends while the elective subspecialties reach the same or more through ownership. A third is the mid-career exit, discussed as normal and planned for rather than as failure. A fourth, more admiring, is pelvic and acetabular surgery, described as the most intellectually demanding fixation work in the specialty. The tone is respectful and clear-eyed.

Voices from the field. Paraphrased from published sources, with links to the originals:

A 2025 JBJS Open Access analysis of 7,128 US-based orthopedic fellowship applicants across 2012 to 2023 found trauma with the lowest subspecialty match rates studied, at 86% for women and 85% for men, alongside an overall finding of equal match rates by gender and a persistent gap by degree type, at 91% allopathic against 82% osteopathic.⁴
ABOS certifies only two orthopedic subspecialties, sports medicine and surgery of the hand, so trauma surgeons practice under general certification, the same structure the adult reconstruction profile documents for arthroplasty.³

Why people choose it / why people leave

Why choose it: the most technically demanding fixation and reconstruction in orthopedics, particularly pelvic and acetabular surgery · a genuine rescue role, putting people back together after catastrophic injury · high operative volume for surgeons who want to operate rather than run a clinic · nonunion, malunion, and limb reconstruction as an intellectually rich elective practice · call stipends as real compensation · no shortage of work, ever.

Why leave or avoid it: the hardest schedule in orthopedic surgery, with nights, weekends, and unpredictable operating · the ownership route closed, so the income ceiling is lower than elective subspecialties reach · the worst payer mix in orthopedics · chronic sleep disruption as an occupational exposure · a patient population where social circumstances often defeat a good operation · no subspecialty board.

Best fit if: you would rather operate than hold clinic · reconstructive fixation puzzles are what you enjoy · you can sustain genuine call for a decade or more · you want to work at a major trauma center · you are planning for a mid-career shift toward elective reconstruction.

Not for you if: predictable hours matter to you · you want orthopedics' income ceiling, which requires ownership · chronic sleep disruption would harm you · you want to choose your patients.

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

Where it fits FLI realities well:

The income is near the top of medicine even without the ownership route, at roughly the orthopedic median, with call stipends adding a real component.³
PSLF fits this path better than most of orthopedics, because trauma is hospital-employed and Level I trauma centers are frequently nonprofit qualifying employers. In a specialty where the high-earning route is private ownership and disqualifies you, trauma is the subspecialty where employment is the norm rather than a compromise.
No buy-in and no capital requirement. You draw a salary from day one, which matters if there is no family money behind you.
The patients may be your own community. Trauma disproportionately affects poor, uninsured, and non-white populations, and the workforce looks nothing like them. A surgeon who understands those patients' circumstances is doing something the field structurally lacks.
Job security is absolute. Trauma centers cannot function without this specialty and the work never decreases.

Risks to name honestly:

The residency is one of the least FLI-accessible gates in medicine: 12.6% of its 963 filled positions to DO seniors, 1.0% to IMGs, and 6.8% women practicing.³ Research, away rotations, and connections decide it, and all cost money.
The DO disadvantage continues at the fellowship stage, at 82% against 91%, with programs ranking osteopathic applicants lower.⁴
The schedule is a health decision, not just a preference. If you are supporting family, caring for relatives, or managing your own health, chronic night work over decades is a genuine cost and it should be weighed as one rather than dismissed as toughness.
Plan the mid-career transition from the start. Most people leave heavy call eventually, and the fellowship's nonunion and deformity training is what makes that transition possible. Choose a fellowship with strong reconstructive exposure, not only acute fixation.

Bottom line for FLI: among the best PSLF fits in orthopedics, an income near the top of medicine without needing capital to buy into anything, and absolute job security, paid for with the hardest schedule in the specialty. If you can get through the orthopedic match and you genuinely want to operate, this is a path that does not require money or connections after the residency, which is rarer in this specialty than it should be. Go in having thought seriously about the hours over thirty years rather than five.

Fun facts

The field has its own doctrine for when not to operate. Damage control orthopedics means temporizing with external fixation and resuscitating first, because a long definitive operation on an under-resuscitated polytrauma patient can kill them.
Pelvic and acetabular surgery regionalizes for a reason. The approaches take dedicated training and the fractures are three-dimensional puzzles, so relatively few surgeons do this work and patients travel to them.
Trauma had the lowest fellowship match rates of the orthopedic subspecialties studied, at 86% for women and 85% for men across 2012–2023.⁴
Hospitals pay stipends because the service does not pay for itself. Trauma's payer mix is the worst in orthopedics, and call coverage is a cost centers absorb because they must have it.
Leaving call mid-career is a normal arc rather than a failure, and the fellowship's nonunion and deformity training is what makes the transition possible.
There is no board in it. ABOS certifies only orthopedic sports medicine and surgery of the hand.

Sources

Clinical scope and fellowship content — pelvic and acetabular fracture surgery, periarticular fracture fixation, polytrauma and damage control orthopedics, nonunion and malunion reconstruction, limb lengthening, infected fixation, fragility and periprosthetic fractures. Composite of published US orthopedic trauma fellowship curricula and Orthopaedic Trauma Association materials. (accessed 2026). ↩ ↩²
Match structure. Orthopedic fellowships, including trauma, are matched through the separate SF Match rather than the NRMP, coordinated with the Orthopaedic Trauma Association. SF Match Orthopaedics Fellowship (https://sfmatch.org/specialty/orthopaedics-fellowship/Overview) and OTA fellowship match resources (https://ota.org/careers-practice/careers/fellowship/prospective-fellows/match-resources), accessed 2026. ⟳ ↩ ↩²
Parent-field figures for orthopedic surgery. Compensation, training structure, and competitiveness: typical comp ~$610k–$700k median, with a percentile ladder of 25th ~$520k, median ~$703k, 75th ~$890k, and 90th above $1.1M, frequently the highest-paid specialty; 5-year integrated residency with more than 90% of residents doing a fellowship; among the hardest specialties to match. Those are carried from the orthopedic surgery, adult reconstruction and orthopedic sports medicine profiles on this site, which are cross-references rather than sources; the survey figures are cited on those pages. Corrected 2026-08-17: this footnote and the compensation section both labeled the four percentiles "MGMA." They come from FastRVU's orthopedic-surgery income guide, which says of itself that it presents "a directional planning model" and that "it is not a licensed MGMA table," and which names Doximity 2024 and AMGA 2023 rather than MGMA as its inputs. The orthopedic surgery profile's own [^10] carries the full record of that correction. The false attribution is removed here; the figures themselves rest on a host this site's compensation standard excludes and are pending a licensed survey, so they are labeled rather than requoted. ABOS offers subspecialty certification only in Orthopaedic Sports Medicine and Surgery of the Hand, so no trauma board exists; that is the American Board of Orthopaedic Surgery's own subspecialty list. Burnout 44%, among the lowest, against an all-physician average of 49% — Medscape Physician Burnout & Depression Report 2024 (n=9,226, fielded July–October 2023). That report is paywalled and returns HTTP 402, so its specialty rows are read through two independent relays that agree on the edition, the instrument and every row: Healthgrades Pro (https://resources.healthgrades.com/pro/the-most-and-least-burned-out-physicians-by-specialty) and Advisory Board (https://www.advisory.com/daily-briefing/2024/01/31/physician-burnout). Women practicing, 6.8% on 2024 data and still the lowest of any specialty: AAMC, 2025 Key Findings, https://www.aamc.org/data-reports/data/2025-key-findings, where the all-physician share is 38.7%. Women residents, 23.9%: ACGME, Data Resource Book, Academic Year 2024-2025, Table C.21, https://www.acgme.org/globalassets/pfassets/publicationsbooks/2024-2025_acgme_databook_document.pdf. DO and IMG: NRMP, Results and Data: 2026 Main Residency Match, May 2026, Table 2, https://www.nrmp.org/wp-content/uploads/2026/05/Main_Match_Results_and_Data-2026.pdf, gives orthopaedic surgery 963 positions offered and 963 filled; 1.0% IMG is roughly ten matches in a year. Swept 2026-08-17: 1.0% IMG, about ten matches of 963, and 12.6% DO seniors or 14.0% counting DO graduates, all against the same 963 positions. NRMP's 2026 Table 2 row for orthopaedic surgery reads 765 MD seniors, 53 MD graduates, 121 DO seniors, 14 DO graduates, 5 U.S. IMGs and 5 non-U.S. IMGs, and its applicant-type columns sum to the 963 filled. "13–14% DO" was never a measurement range: 12.6% is DO seniors alone and 14.0% is seniors plus graduates, two cuts of that one row, and both now travel with what they count. The five-year DO-senior series is flat rather than rising, 12.6% (2026) · 14.1% (2025) · 12.8% (2024) · 13.2% (2023) · 12.7% (2022), with the most recent move downward. Corrected 2026-08-17: this footnote already carried that arithmetic while the body said "single-digit IMG matches per year" in four places — the dashboard, the training bullet, the demographics bullet and the FLI risk bullet — and said "about 6% women practicing" in two, against the 6.8% recorded here. Both are now the footnote's figures in the body. A trauma-specific sex figure exists and the page said it did not. ACGME, Data Resource Book, Academic Year 2024-2025, Table C.21, six rows below the orthopaedic surgery row this footnote already cites: orthopaedic trauma, 13 programs, 20 fellows, 8 women, 40.0%. It counts fellows in training rather than practicing surgeons, so it does not answer the practicing question, and the n is 20. ⟳ ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷ ↩⁸ ↩⁹ ↩¹⁰ ↩¹¹ ↩¹²
Orthopedic fellowship match by subspecialty, degree, and gender. "Orthopaedic Fellowship Match: How Do Degree and Gender Type Affect Match Rates?", JBJS Open Access, 2025, analyzing SF Match data 2012–2023 — 7,128 US-based applicants (3,058 international graduates excluded); 939 female (13%) and 6,093 male (87%); 1,028 osteopathic (14%) and 6,100 allopathic (86%); mean match rates 90% ± 6% for women and 90% ± 4% for men; 82% ± 8% for osteopathic against 91% ± 3% for allopathic. Subspecialty rates for women: sports medicine 94%, shoulder and elbow 93%, pediatrics 93%, foot and ankle 92%, adult reconstruction 88%, trauma 86%. For men: pediatrics 96%, foot and ankle 95%, shoulder and elbow 92%, sports medicine 91%, trauma and adult reconstruction 85% each. The authors conclude that men and women match at equal rates and that osteopathic graduates are consistently ranked lower. https://pmc.ncbi.nlm.nih.gov/articles/PMC12002389/ ⟳ ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷

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