Learn how to become a hernia and abdominal wall reconstruction surgeon, including college, medical school, general surgery residency, fellowship training, certification, and the complete career timeline.
Becoming a hernia and abdominal wall reconstruction surgeon through the most direct training pathway generally requires four years of college, four years of medical school, five years of general surgery residency, and one additional year of advanced fellowship training. For someone who moves directly from one stage to the next, the complete journey usually takes approximately 14 years after graduating from high school, although gap years, research time, additional degrees, parental leave, and other personal circumstances can make the path longer.
Hernia surgery may not initially sound like one of the broadest or most complex surgical careers, particularly because nearly every general surgeon learns to repair common inguinal, umbilical, and incisional hernias during residency. Once you spend time around an advanced abdominal wall practice, however, you begin to realize that a first-time groin hernia and a major abdominal wall reconstruction can be as different as two operations performed within the same specialty can possibly be.
One patient may have a small groin bulge that can be repaired during a relatively brief outpatient procedure, while another may arrive after several previous operations with infected mesh, a large portion of the intestines living within a hernia sac, an open wound, and abdominal muscles that have gradually pulled so far apart that they can no longer be brought together without advanced reconstruction. The second patient may need months of preparation followed by a lengthy operation involving removal of old mesh, separation of scarred intestine, rearrangement of abdominal muscles, placement of new reinforcement, and collaboration among general, colorectal, plastic, or other surgical teams.
The specialty can be especially meaningful for someone who enjoys anatomy, reconstruction, minimally invasive technology, and the process of solving difficult mechanical problems, but it is also a field built around long-term patient relationships. Many people referred to an abdominal wall specialist have already undergone one or more failed repairs and may arrive feeling frustrated, frightened, or convinced that their body can no longer be fixed. The surgeon’s responsibility is not simply to offer a more complicated operation, but to understand what happened previously, identify what is realistically repairable, and explain the choices without promising an outcome that surgery cannot guarantee.
The pathway begins with the broader education described in my guide on how to become a general surgeon, because future abdominal wall specialists first need a strong foundation in gastrointestinal surgery, emergency care, wound healing, infection, nutrition, critical care, and complication management before concentrating on complex reconstruction.
The Path to Becoming a Hernia and Abdominal Wall Reconstruction Surgeon
The traditional pathway begins with four years of college and four years of medical school, followed by a categorical general surgery residency lasting at least five years. The American Board of Surgery currently requires a minimum of 60 months of progressive education within an accredited general surgery program, with increasing responsibility throughout those five years.
After residency, a surgeon may enter a dedicated hernia and abdominal wall reconstruction fellowship, which commonly lasts one year. Some programs focus almost entirely on complex abdominal wall disease, while others combine hernia surgery with advanced gastrointestinal minimally invasive surgery, bariatric surgery, foregut surgery, robotic surgery, or flexible endoscopy. The American Hernia Society’s fellowship directory currently includes both Fellowship Council programs and independently administered fellowships, which means applicants need to review the structure and clinical experience of each individual program rather than assuming that every fellowship carrying an abdominal wall title provides the same education.
A student who graduates from high school at 18 and moves continuously through college, medical school, residency, and a one-year fellowship might finish training around age 32. Someone who completes two dedicated research years during residency may finish closer to 34, while a student who enters medical school after several gap years or a previous career may complete training later and still build a fulfilling surgical practice.
Fourteen years can sound like an enormous commitment when you are still studying for the MCAT or trying to decide which clinical experience belongs on your application, but you are not expected to choose abdominal wall reconstruction during college. Your earliest decision is simply whether medicine feels like a meaningful direction, while medical school can help you determine whether surgery fits you, and general surgery residency gives you several more years to explore the many possible careers available afterward.
What Is a Hernia and Abdominal Wall Reconstruction Surgeon?
A hernia and abdominal wall reconstruction surgeon is a general surgeon with concentrated experience diagnosing and treating defects involving the groin, abdominal muscles, fascia, and surrounding soft tissues.
The abdominal wall does much more than cover the organs. Its muscles and connective tissues support the trunk, assist with posture and movement, protect the abdominal contents, and help regulate pressure during breathing, coughing, lifting, bowel movements, and physical activity. When part of that wall weakens or separates, fat, intestine, or another structure may push through the defect and create a hernia.
Many hernias are common and relatively straightforward, which is why general surgeons routinely treat them without completing an additional fellowship. An abdominal wall specialist becomes especially valuable when the defect is very large, has returned after previous repair, contains infected mesh, surrounds an ostomy, is associated with chronic pain, or has developed alongside a fistula, open wound, or extensive loss of healthy tissue.
The newer Fellowship Council Hernia and Abdominal Wall designation reflects this advanced scope by requiring concentrated exposure to recurrent groin hernias, large ventral and incisional defects, muscle-release procedures, parastomal hernias, infected mesh, enteric fistulas, chronic groin pain, and less common defects involving areas such as the flank, lower abdomen, and region beneath the breastbone.
What Does an Abdominal Wall Surgeon Do?
An abdominal wall surgeon begins by understanding the patient’s symptoms, previous operations, current anatomy, and goals. The physician may review several old operative reports and compare multiple CT scans before deciding whether the next step should be surgery, observation, rehabilitation, weight-management support, treatment of an infection, or additional evaluation for another source of pain.
When surgery is appropriate, the surgeon selects among open, laparoscopic, robotic, or combined approaches and determines how the muscles and fascia can be restored with the least unnecessary tension. The operation may involve closing the original defect, repositioning muscles, placing mesh in a protected tissue plane, removing infected material, separating intestine from scar tissue, repairing a fistula, revising an ostomy, or coordinating skin and soft-tissue coverage with plastic surgery.
The surgeon’s work continues after the operation because complex abdominal wall patients may need prolonged wound care, nutritional support, physical rehabilitation, pain management, or additional procedures. Even a technically strong repair can be followed by infection, fluid collections, chronic discomfort, or recurrence, which means the relationship often continues well beyond the first postoperative visit.
A typical week might include repairing a first-time groin hernia, meeting a patient whose previous mesh has become infected, performing a robotic retromuscular reconstruction, and counseling someone with a large but minimally symptomatic hernia who may be safer with observation for the time being. The operations vary widely, but the underlying goal remains the same: helping the patient regain a stable and functional abdominal wall without exposing that person to an operation whose risks outweigh the likely benefit.
The Patient Journey Through Abdominal Wall Reconstruction
One of the best ways to understand this specialty is to follow the patient’s experience rather than focusing only on the names of different procedures.
A patient may first notice a small bulge near an old incision. At the beginning, it may disappear when lying down and cause little more than occasional pressure, but over time it may enlarge, interfere with exercise, become uncomfortable under clothing, or make the patient anxious about lifting and physical activity.
Another patient may arrive much later in the process after several previous attempts at repair. The abdomen may contain multiple pieces of mesh placed through different tissue layers, while scar tissue has attached the intestine to the abdominal wall and the normal muscle anatomy has become difficult to recognize. The patient may also be managing diabetes, smoking, malnutrition, obesity, chronic lung disease, or another condition that affects wound healing and recurrence risk.
The initial consultation is therefore not always followed immediately by an operation. The surgeon may first obtain imaging, request earlier surgical records, address infection, coordinate nutritional support, or help the patient work toward a health goal that could improve the chance of recovery. The Fellowship Council’s current training criteria specifically include experience counseling patients about preoperative preparation, including smoking cessation, weight management, and selected techniques used before especially large reconstructions.
When surgery eventually occurs, the procedure may last several hours and involve more internal reconstruction than the external incision suggests. Recovery may include time in the hospital, drains, lifting restrictions, wound care, and gradual return to normal activity.
The final goal is not merely to make the bulge disappear. A successful reconstruction may help the patient stand more comfortably, return to work, exercise with less fear, wear normal clothing, care for family members, and feel that the abdomen is finally part of the body again rather than a reminder of previous illness and surgery.
Routine Hernia Surgery and Complex Reconstruction
Most hernias do not require treatment at a major abdominal wall referral center.
General surgeons routinely evaluate and repair first-time inguinal, femoral, umbilical, epigastric, ventral, and incisional hernias. These operations still require good judgment and careful technique, but the surrounding tissue planes are usually more recognizable, and the repair can often be completed without major rearrangement of the abdominal muscles.
Complex abdominal wall reconstruction becomes more relevant when the hernia is extremely large, has returned repeatedly, contains infected or exposed mesh, surrounds an ostomy, or is associated with an intestinal fistula, open wound, or substantial loss of tissue. The surgeon may also be asked to treat a patient whose abdominal contents have remained outside the normal cavity for so long that the internal organs can no longer be returned safely without preparation.
These cases are not simply larger versions of routine hernia repair. The surgeon must consider breathing, pressure inside the abdomen, blood supply to the skin, the condition of the intestine, previous mesh placement, infection, and whether the muscles can be restored without excessive tension.
For a resident considering the field, this distinction is important because enjoying routine hernia repair does not automatically mean that complex reconstruction will feel equally appealing. The advanced practice includes longer operations, more scar tissue, difficult wound problems, and patients who may have already experienced several disappointing outcomes, but it also offers the opportunity to solve problems that few surgeons are prepared to manage.
Inguinal Hernias
An inguinal hernia develops in the groin, where abdominal tissue pushes through a natural opening or weakened area within the lower abdominal wall.
Some patients notice only a bulge, while others experience aching, pressure, or discomfort that becomes more noticeable while standing, lifting, coughing, exercising, or completing physical work. The hernia may extend into the scrotum in some male patients, while women may have less visible defects that are more difficult to distinguish from femoral or other groin hernias.
Not every minimally symptomatic inguinal hernia requires immediate repair. The American College of Surgeons notes that watchful waiting may be reasonable for adults who are not experiencing discomfort, although many patients eventually choose surgery because symptoms develop or increase over time.
When repair is appropriate, the operation may be performed through an open groin incision or through a laparoscopic or robotic approach that reaches the defect from behind the abdominal wall. Mesh reinforcement is commonly used, although selected patients may be candidates for a tissue-based repair depending on anatomy, preferences, and surgeon experience.
The best approach is not determined only by which technology is newest. Previous surgery, whether one or both groins are affected, recurrence, patient sex, pain pattern, and the surgeon’s experience all influence the recommendation.
Recurrent Groin Hernias
A recurrent inguinal hernia returns after a previous repair.
The second operation can be more difficult because scar tissue obscures the normal anatomy, while nerves, blood vessels, the spermatic cord, or earlier mesh may be incorporated into the repair. The surgeon needs to understand whether the original operation was open or minimally invasive because approaching the hernia through a different tissue plane may sometimes provide a safer route.
Recurrence does not automatically prove that the original surgeon performed the operation incorrectly. Hernias can return because of tissue quality, infection, chronic pressure, technical factors, or a combination of influences that may not be completely controllable.
However, each failed repair makes the next operation more complex. This is why the Fellowship Council’s current abdominal wall criteria require fellows to complete recurrent groin repairs rather than learning only from first-time cases. Beginning with the 2026–2027 fellowship year, the core requirements include at least 30 inguinal repairs, with at least 15 completed through a minimally invasive approach and at least 10 involving recurrent disease.
Femoral Hernias
A femoral hernia develops through an opening near the upper thigh, just below the region where inguinal hernias usually occur.
These defects may be less visible from the outside, but the opening can be narrow enough to trap intestine and threaten its blood supply. Femoral hernias are more frequently seen in women, although they can occur in anyone.
The surgeon may identify the defect through examination, imaging, or during an operation originally planned for what appeared to be an inguinal hernia. A laparoscopic or robotic view of the groin can allow the surgeon to inspect both the inguinal and femoral spaces, while an open approach remains appropriate in many circumstances.
The important lesson is that groin pain and swelling do not always arise from the most common type of hernia. A surgeon needs to understand the complete anatomy rather than matching every symptom to the most familiar diagnosis.
Umbilical and Epigastric Hernias
An umbilical hernia develops near the belly button, while an epigastric hernia occurs along the central portion of the upper abdominal wall.
Small hernias may contain only fatty tissue and produce little discomfort, while larger defects may hold intestine or become more noticeable during coughing, exercise, pregnancy, or weight changes.
Some very small, reducible, and comfortable umbilical hernias can be observed, while surgery is considered when the defect becomes painful, enlarges, interferes with activity, or creates concern for incarceration. The American College of Surgeons recognizes watchful waiting as an option for selected small and asymptomatic umbilical hernias.
A small primary defect may be repaired with sutures alone in selected situations, while mesh reinforcement may be recommended when the size, tissue quality, or recurrence risk makes additional support valuable.
The conversation should remain individualized because neither “mesh for everyone” nor “mesh is always dangerous” reflects the range of patients and repairs encountered in actual practice.
Ventral and Incisional Hernias
A ventral hernia is a broad term describing a defect through the front or side of the abdominal wall. An incisional hernia is a type of ventral hernia that develops at or near the site of a previous surgical incision.
After an abdominal operation, the layers of fascia and muscle must heal securely. If that closure weakens or separates, tissue can gradually push through the area and create a bulge.
Incisional hernias may develop after emergency surgery, wound infection, cancer treatment, trauma, or an open abdomen, although they can also occur after an otherwise uncomplicated operation. Smoking, diabetes, malnutrition, obesity, steroid treatment, poor tissue quality, and repeated surgery can influence healing and recurrence, but the presence of a hernia should not be treated as evidence that the patient failed to recover correctly.
The hernia may appear within months or may not become noticeable until years later. Some remain relatively stable, while others enlarge and gradually contain a greater portion of the abdominal organs.
The American College of Surgeons notes that selected asymptomatic ventral hernias can be monitored, although sudden severe pain and vomiting can indicate incarceration or bowel obstruction and require urgent evaluation.
When repair is planned, the surgeon considers the size and location of the defect, symptoms, previous surgery, muscle position, mesh history, infection risk, and whether the abdominal wall can be restored without a major release.
Recurrent Ventral Hernias
A recurrent ventral hernia returns after an earlier repair.
These cases can be especially frustrating for patients because the individual may have already gone through a difficult recovery and believed the problem had been resolved. When the bulge or discomfort returns, the patient may lose confidence in surgery entirely or become convinced that the next operation needs to be much more aggressive.
The abdominal wall surgeon begins by determining why the earlier repair may have failed. The recurrence may be related to infection, mesh location, closure under tension, an unrecognized secondary defect, tissue biology, or continued pressure on the repair.
The next plan may involve using a different tissue plane, placing a larger reinforcement, restoring the muscles to the midline, or removing material that has become infected or poorly positioned.
Another operation is not always the right answer, however. A small recurrence that is not causing meaningful symptoms may be safer to observe, particularly when the patient would face substantial operative risk.
A thoughtful surgeon can acknowledge the disappointment of recurrence without allowing that emotion to push the patient toward an operation whose risks are greater than its expected benefit.
Parastomal Hernias
A parastomal hernia develops around an ostomy, which is an opening created surgically so stool or urine can leave the body through the abdominal wall.
Because the intestine or urinary conduit must pass through the abdominal wall, the surrounding tissue can gradually widen and allow additional structures to bulge beside the stoma. The patient may notice increasing fullness, difficulty fitting the appliance, skin irritation, leakage, discomfort, obstruction, or changes in the way the ostomy functions.
Repair is challenging because the opening cannot simply be closed while the stoma remains necessary. The surgeon may reinforce the area around the existing stoma, move it to another part of the abdomen, or collaborate with colorectal or urologic specialists when revision or reversal is medically appropriate.
These decisions depend on why the ostomy was created, the health of the remaining intestine, previous surgery, cancer treatment, and whether another area of the abdominal wall can safely support relocation.
Parastomal hernias are included among the atypical cases required during advanced Fellowship Council training because they combine hernia reconstruction with altered gastrointestinal or urinary anatomy.
Flank, Subxiphoid, and Suprapubic Hernias
Some abdominal wall defects appear in less common locations where normal muscle attachments and nearby bones make repair more difficult.
A flank or lumbar hernia can develop after kidney surgery, trauma, nerve injury, or removal of tissue from the side of the abdomen. A subxiphoid hernia appears beneath the lower part of the breastbone, often after cardiac or upper abdominal surgery, while a suprapubic defect develops near the lower midline and may sit close to the bladder and pelvic bones.
The surgeon may have less healthy fascia available for fixation, and the forces placed across the repair differ from those affecting a central abdominal defect. Previous nerve injury can also leave the surrounding muscles weakened even after the opening itself has been closed.
These locations are included within the advanced fellowship criteria because they are encountered less often during routine residency and may require a customized open, robotic, laparoscopic, or combined reconstruction.
Loss of Abdominal Domain
Loss of abdominal domain describes a very large hernia in which a substantial portion of the abdominal contents has remained outside the normal abdominal cavity for a prolonged period.
Over time, the abdominal cavity adapts to containing fewer organs while the muscles pull apart and shorten. Returning everything suddenly can create excessive pressure that interferes with breathing, circulation, kidney function, or intestinal blood flow.
These patients require detailed planning rather than simply scheduling the largest available operation.
The surgeon may use CT imaging to understand how much of the abdominal contents are within the hernia and whether the muscles are likely to reach the midline. Preoperative treatment may include nutritional support, smoking cessation, weight-management care, pulmonary preparation, and selected techniques intended to relax or lengthen the abdominal wall.
The Fellowship Council specifically includes counseling about preoperative preparation and botulinum toxin injections among the clinical experiences expected in modern abdominal wall fellowship training.
For the patient, this period can feel frustrating because the person may have lived with the hernia for years and finally feels ready to have it repaired, only to learn that surgery cannot happen immediately. A mentoring and compassionate approach explains that preparation is not intended as punishment or a test of worthiness. It is part of making a major reconstruction safer and giving the repair the best reasonable chance to heal.
What Is Abdominal Wall Reconstruction?
Abdominal wall reconstruction restores the alignment, strength, and function of the muscles and fascia surrounding the abdomen.
During a complex reconstruction, the surgeon may separate intestine from scar tissue, remove old mesh, treat infection, advance the abdominal muscles toward the midline, and place a new reinforcement within a carefully selected tissue plane. When skin or soft tissue is missing, a plastic surgeon may assist with tissue advancement, removal of excess damaged skin, or flap coverage.
The goal is usually to restore a functional abdominal wall rather than simply placing a patch over the opening. Bringing the muscles back toward their natural position can improve force distribution, posture, and the durability of the repair.
Even when reconstruction is successful, recovery may be substantial. The patient may spend several days in the hospital, return home with drains, and gradually increase activity over several weeks or months.
A strong preoperative discussion prepares the patient for that process rather than making the operation sound simple because a portion of it can be performed robotically.
What Is Component Separation?
Component separation refers to surgical techniques that release selected layers of the abdominal wall so the muscles can move toward the center with less tension.
In a large hernia, the muscles may be separated so widely that pulling them together directly would be impossible or place the closure under too much stress. By releasing one of the sidewall layers, the surgeon gains additional mobility while preserving the strength of the remaining abdominal wall.
Anterior component separation usually involves release of the external oblique layer, while posterior component separation reaches deeper planes behind the rectus muscles and may include transversus abdominis release.
The procedure is not necessary for every hernia. Using a large muscle release for a small defect would expose the patient to additional dissection without a meaningful benefit.
Advanced fellows are expected to learn when the technique is needed rather than simply how to perform it. Current Fellowship Council requirements include at least 25 large ventral or incisional repairs measuring more than 10 centimeters, which may involve external oblique release, transversus abdominis release, or another preperitoneal reconstruction.
What Is a Transversus Abdominis Release?
A transversus abdominis release, commonly abbreviated TAR, is a form of posterior component separation used in complex ventral hernia repair.
The surgeon works behind the rectus muscles and releases part of the deeper transversus abdominis layer, creating additional space to bring the abdominal wall toward the center and place a large mesh reinforcement outside the abdominal cavity.
TAR may be performed through an open or robotic approach depending on the patient, defect, surgeon’s training, and available resources.
A robotic TAR may use several smaller external incisions, but it remains a major internal reconstruction. This is one of those procedures where the phrase minimally invasive can unintentionally make the operation sound smaller than it really is. The patient still needs an honest discussion about pain, fatigue, wound risks, recurrence, and the time required to regain normal strength.
Retrorectus and Rives-Stoppa Repairs
A retrorectus repair places mesh within the space behind the rectus abdominis muscles and in front of the deeper posterior layers.
This retromuscular position allows the surgeon to close the central defect and spread reinforcement across a wide and well-supported area without placing the mesh directly against the intestine.
A Rives-Stoppa reconstruction is a well-established form of this retromuscular approach. Modern surgeons may perform the same general reconstructive principles through open, laparoscopic, robotic, or extended extraperitoneal techniques.
The name of the operation matters less than whether the surgeon understands the tissue planes, obtains an appropriate closure, and chooses a technique that fits the patient rather than forcing every hernia into one preferred method.
What Is eTEP Hernia Repair?
The extended-view totally extraperitoneal approach, usually shortened to eTEP, is a minimally invasive technique that creates working space within the abdominal wall rather than beginning directly inside the abdominal cavity.
The surgeon can use this space to reach the retromuscular plane, close the defect, and place mesh outside the abdominal cavity. This may reduce direct contact between the mesh and the intestine while allowing principles of open abdominal wall reconstruction to be adapted to a laparoscopic or robotic platform.
The approach requires a detailed understanding of abdominal wall layers because the surgeon is navigating spaces that are not routinely entered during a standard laparoscopic operation.
Current Fellowship Council requirements reflect the growing role of these techniques by requiring at least 15 moderate-size ventral or incisional hernias to be repaired through a minimally invasive extraperitoneal approach.
Open, Laparoscopic, and Robotic Hernia Surgery
Abdominal wall surgeons use open, laparoscopic, robotic, and hybrid techniques, and no single approach is automatically best for every patient.
Open surgery provides direct exposure and may be especially valuable for very large defects, infected mesh, intestinal fistulas, damaged skin, or situations requiring extensive bowel surgery. Laparoscopic surgery uses small incisions and a camera to reach the hernia from within the abdomen, while robotic surgery provides a similar small-incision approach with wristed instruments and three-dimensional visualization.
The American College of Surgeons notes that laparoscopic and robotic ventral hernia repairs can be associated with lower wound-infection rates and shorter hospital stays than open repair in selected patients, although outcomes and tradeoffs vary, and robotic surgery can add cost.
Technology is a tool rather than the specialty itself. A surgeon who is skilled with robotics still needs to know when a large open reconstruction will provide a safer or more durable repair. In the same way, a surgeon with extensive open experience should remain willing to use a minimally invasive option when it meaningfully reduces wound risk or improves recovery.
The most reassuring answer is not always that an operation will definitely be robotic. It is that the surgeon understands several approaches and can explain why one fits the patient’s anatomy and goals better than the others.
What Is Hernia Mesh?
Hernia mesh is a material used to reinforce weakened tissue and distribute pressure across a repair.
Mesh products vary widely. They may be permanent or absorbable, synthetic or biologic, lightweight or heavier, and designed for placement in different tissue planes. The way the mesh is positioned can matter as much as the material itself.
The general purpose is to reduce the chance that the hernia will return. The American Hernia Society notes that mesh reinforcement has been effective in lowering recurrence risk and supports appropriately selected mesh use for most inguinal and ventral hernias.
That does not mean mesh is free of risk or necessary for every possible defect. Potential problems include infection, chronic pain, erosion, scarring, migration, fistula formation, or recurrence around the material.
A good consultation does not begin with the assumption that mesh is always safe or always dangerous. It explains why the surgeon believes reinforcement is or is not useful for this particular defect, where the material would be placed, and which alternatives are realistic.
Mesh Complications and Removal
Most patients who receive mesh heal without a major mesh-related complication, but some develop infection, pain, erosion, excessive scarring, or a fistula involving nearby organs.
When mesh becomes infected, treatment may include antibiotics, drainage, wound care, or partial removal, while a more serious infection may require complete explantation and another plan for reconstructing the abdominal wall.
Removal can be technically difficult because the material may be incorporated into muscle, nerves, intestine, bladder, or blood vessels. The surgeon may solve one problem while creating another large defect that still needs to be repaired.
Pain alone does not always prove that mesh is the cause. Groin discomfort can also arise from nerve injury, recurrent hernia, hip disease, pelvic-floor dysfunction, the spine, scar tissue, or another source.
The American Hernia Society cautions that removing mesh when symptoms are not clearly related to the implant may fail to help and can sometimes worsen the situation. It also advises against elective removal in patients who have no symptoms.
This is an area where patients often arrive after reading frightening stories online, and dismissing those concerns will not build trust. A thoughtful surgeon can acknowledge that genuine complications occur while still explaining that the right next step depends on examination, imaging, earlier operative reports, and a careful attempt to identify the actual source of the problem.
Chronic Pain After Groin Hernia Repair
A small portion of patients develop persistent pain after groin hernia surgery.
The discomfort may arise from an injured or trapped nerve, scar tissue, mesh, recurrence, inflammation, or a musculoskeletal condition that was present before the hernia was repaired.
Evaluation may involve a detailed history, physical examination, review of the original surgery, imaging, diagnostic injections, rehabilitation, or consultation with pain specialists.
Some patients improve through medication, physical therapy, or nerve blocks, while selected patients may benefit from another operation involving nerve treatment, mesh removal, or repair of a recurrence.
Because reoperation can make pain worse when the source has not been identified correctly, the most important skill is not simply knowing how to remove mesh. It is knowing when another surgery has a reasonable chance of helping.
Current fellowship criteria recognize that expertise by requiring complex hernia clinical evaluations and specific experience assessing groin pain.
Enterocutaneous Fistulas
An enterocutaneous fistula is an abnormal connection between the intestine and the skin.
The patient may have intestinal fluid draining through an open wound, along with infection, skin breakdown, dehydration, electrolyte abnormalities, and malnutrition. The fistula may develop after surgery, inflammatory disease, radiation, trauma, or an intestinal leak.
Treatment usually begins with controlling infection, protecting the surrounding skin, understanding the anatomy, and improving nutrition rather than rushing immediately to the operating room.
Once inflammation has settled and the patient is stronger, definitive surgery may involve removing the fistula, reconnecting the intestine, taking out infected mesh, and rebuilding the abdominal wall.
These operations may require general, colorectal, plastic, and abdominal wall surgeons to work together. They are among the most demanding cases within the specialty because the surgeon is treating intestinal disease, infection, missing tissue, and a hernia during the same larger recovery.
Hernias associated with enteric fistulas are specifically included among the atypical cases required within Fellowship Council training.
Reconstruction After an Open Abdomen
An open abdomen occurs when surgeons intentionally leave the abdominal wall unclosed after an emergency because immediate closure would be unsafe.
This may happen during severe trauma, overwhelming infection, abdominal compartment syndrome, intestinal ischemia, or damage-control surgery. Temporary coverings protect the organs while the medical team performs additional operations and waits for swelling or instability to improve.
Some patients can have the abdomen closed during the original hospitalization, while others survive the emergency but are left with a large planned ventral hernia requiring reconstruction months later.
By the time the patient meets an abdominal wall surgeon, the original life-threatening illness may have resolved, but the abdomen remains a visible and functional reminder of everything that happened.
Repair can feel like the final chapter of recovery, although the surgeon still needs to prepare the patient honestly for another major operation. The goal is not only to improve appearance but also to restore protection, support, mobility, and confidence after a period when survival understandably came before reconstruction.
Preoperative Preparation
Complex abdominal wall surgery is often elective, which creates time to address health factors that may influence healing.
Preparation may involve better diabetes control, smoking cessation, nutritional treatment, pulmonary evaluation, medication adjustment, management of infection, physical conditioning, or weight-related care.
These conversations need to be handled carefully. Patients with obesity or nicotine dependence may already have experienced judgment in healthcare, and being told to “just lose weight” or “come back when you quit” can feel more like dismissal than preparation.
A mentoring surgeon explains how a specific factor affects infection, breathing, recurrence, or wound healing and helps the patient identify realistic support. The same goal may not be appropriate for every person, and an urgent or disabling hernia may not allow unlimited delay.
The Fellowship Council’s requirement for at least 50 complex hernia clinical evaluations reflects the fact that fellowship training is not only about completing operations. Fellows are also expected to learn how to prepare patients, evaluate complications, and decide when surgery should or should not occur.
Step 1: Complete College and the Premed Requirements
The pathway begins by earning a bachelor’s degree and completing the prerequisite courses required by the medical schools where you plan to apply.
There is no required undergraduate major. You may study biology, chemistry, engineering, psychology, public health, business, history, English, or another field that genuinely interests you, provided you complete the necessary science courses and prepare adequately for the MCAT.
Engineering may seem especially relevant to a specialty involving force distribution, prosthetic materials, tension, and reconstructive design, but an engineering degree is not necessary. Abdominal wall surgery also depends on communication, pain management, wound healing, nutrition, patient trust, and the ability to guide someone through uncertainty after several earlier operations.
During college, your broader preparation for medicine will usually include clinical employment or volunteering, service, physician shadowing, research, leadership, teaching, mentoring, and other experiences that help you understand patients and healthcare.
You do not need to observe a robotic TAR or participate in mesh research to become a competitive applicant. Most future abdominal wall surgeons will not recognize the field as a separate career until medical school or residency.
Clinical experience in urgent care, rehabilitation, wound care, primary care, surgery, or another setting can still help you understand how pain and limited mobility affect work, independence, relationships, and confidence.
My collection of premed guides and application resources can help you organize college coursework, clinical experiences, MCAT preparation, and the medical school application without making every decision feel as though it must point toward one distant fellowship.
Step 2: Take the MCAT and Apply to Medical School
Most students take the MCAT before applying to medical school, and admissions committees consider the score alongside GPA, clinical experience, service, research, leadership, essays, letters of recommendation, and interviews.
An interest in surgery, engineering, anatomy, medical technology, or wound healing may naturally become part of your application when it grows from experiences that have been meaningful to you.
However, you do not need to promise that you will eventually become an abdominal wall reconstruction surgeon. As a premed, you likely have not experienced general surgery residency, complex hernia clinic, robotic reconstruction, or the responsibility of deciding whether a fourth operation is likely to help someone who has already endured three failed repairs.
Your application can remain centered on why becoming a physician feels meaningful and what your experiences have taught you about caring for other people.
For MCAT planners, application trackers, checklists, and other downloads, you can explore my free premed and MCAT resources.
Step 3: Complete Medical School
Future abdominal wall surgeons earn either an M.D. or D.O. degree, with medical school traditionally lasting four years.
During the earlier portion of the curriculum, students study anatomy, physiology, pathology, pharmacology, microbiology, immunology, clinical reasoning, and the major organ systems.
Anatomy later becomes especially important because the abdominal wall is formed by overlapping muscles, fascia, nerves, blood vessels, and natural openings that vary by location. Wound healing and physiology are equally important because infection, nutrition, blood supply, inflammation, and tissue quality influence whether a reconstruction heals successfully.
During the clinical years, students rotate through general surgery, internal medicine, pediatrics, family medicine, psychiatry, obstetrics and gynecology, neurology, emergency medicine, and other specialties.
A general surgery rotation may provide your first exposure to inguinal and ventral hernia repair, while trauma and critical care can show how open abdomens and complex wounds develop. Colorectal surgery may introduce fistulas and ostomies, while plastic surgery can show how skin and soft tissue are restored when fascia alone is not enough.
Step 4: Explore Abdominal Wall Surgery During Medical School
Medical students may explore the field through general surgery, minimally invasive surgery, colorectal surgery, plastic surgery, trauma, critical care, bariatric surgery, wound care, robotic surgery, or research.
Not every medical school has a separate abdominal wall center, and many routine hernias are treated throughout the general surgery department.
When access to a complex practice is available, clinic may teach you as much as the operating room. You may watch the surgeon review several older repairs, explain why an operation needs to be delayed, or tell a patient gently that mesh removal is unlikely to resolve pain that appears to come from another source.
The operating room reveals the anatomy and reconstructive skill, while clinic reveals whether you enjoy the patience, communication, and long-term problem-solving that define the career.
Step 5: Decide Whether General Surgery Is the Right Foundation
Before pursuing abdominal wall fellowship, you must complete the broad education of general surgery.
General surgery residency includes gastrointestinal surgery, emergency care, trauma, critical care, breast and endocrine surgery, colorectal surgery, surgical oncology, endoscopy, skin and soft-tissue disease, and perioperative management.
You will spend substantial time caring for patients whose conditions have nothing to do with hernias, and that breadth remains essential because abdominal wall surgeons need to manage bowel injury, infection, obstruction, nutrition, fistulas, bleeding, wounds, and critical illness.
An interest in robotics or reconstruction may draw you toward the field, but it is equally important to consider whether you enjoy the broader responsibilities of surgery, including early rounds, inpatient care, overnight call, technical feedback, emergency operations, and responsibility when recovery does not unfold as expected.
The complete residency pathway is explained in greater detail in my guide on how to become a general surgeon.
Step 6: Apply to General Surgery Residency
Medical students pursuing this pathway ordinarily apply to categorical general surgery residency programs through ERAS and participate in the residency match.
Residency programs may consider clinical performance, clerkship evaluations, licensing examination results, letters of recommendation, research, leadership, service, professionalism, written materials, and interview performance.
Hernia-specific research is not required to match into general surgery. Meaningful scholarship in surgery, wound healing, medical devices, infection, robotics, engineering, nutrition, public health, education, or another field can help you develop valuable skills without forcing you to choose a fellowship prematurely.
Students with a strong interest may consider whether a residency provides experience with minimally invasive hernia repair, abdominal wall reconstruction, robotic surgery, component separation, wound care, and multidisciplinary collaboration.
Those opportunities can help you explore the field, although the quality of the overall general surgery education, resident autonomy, faculty mentorship, operative development, and program culture should remain more important than access to any one specialized procedure.
Step 7: Complete General Surgery Residency
The standard pathway includes at least five years of progressive general surgery education.
During residency, future abdominal wall surgeons learn to evaluate surgical disease, prepare patients for operations, perform increasingly complex procedures, manage postoperative recovery, care for critically ill patients, and recognize complications.
Residents usually gain experience repairing open and minimally invasive groin, umbilical, ventral, and incisional hernias. They may also manage incarcerated hernias, bowel obstruction, infected wounds, open abdomens, and fistulas.
The depth of complex reconstruction varies substantially among programs. A resident training at a high-volume abdominal wall center may participate in component separation, robotic retromuscular repair, TAR, chronic pain evaluation, and infected mesh removal, while another resident may develop a strong foundation in common hernias and depend on fellowship for advanced experience.
Either path can lead to a successful career when the resident develops sound judgment and broad general surgery competence before specialization.
Research During General Surgery Residency
Some residents interested in abdominal wall surgery complete dedicated research years, although additional research is not required for every fellowship applicant.
Research may involve mesh materials, recurrence, chronic pain, surgical-site infection, robotics, component separation, preoperative preparation, loss of domain, wound healing, patient-reported outcomes, cost, rehabilitation, or surgical education.
This can be an especially interesting field for research because many outcomes become apparent years after the original operation. A repair that looks successful at 30 days may later recur, produce chronic discomfort, or limit function, which means long-term data matter.
A meaningful project can provide mentorship and help you understand whether academic surgery fits you, but extending residency is most worthwhile when the opportunity supports genuine intellectual or professional growth rather than serving only as another line on a fellowship application.
Step 8: Apply to Hernia and Abdominal Wall Fellowship
Residents generally apply during the later years of general surgery training.
The American Hernia Society currently lists both Fellowship Council programs and independently administered abdominal wall fellowships. It also advises applicants to examine each program carefully because case volumes, curricula, application processes, and the balance between routine and complex hernias vary.
Programs may evaluate residency performance, operative development, letters of recommendation, research, professionalism, teaching, leadership, and the applicant’s understanding of complex abdominal wall care.
Residents comparing programs may look at the balance among open, laparoscopic, and robotic operations, along with exposure to component separation, recurrent groin hernias, chronic pain, infected mesh, fistulas, parastomal defects, and loss-of-domain reconstruction.
The total case number does not tell the complete story. A fellowship performing hundreds of small primary repairs may offer a different education from one performing fewer cases dominated by failed mesh, major muscle releases, and complex intestinal reconstruction.
Some programs combine the Hernia and Abdominal Wall designation with Advanced GI/MIS training, which may be appealing to someone who wants a broader minimally invasive practice. Another resident planning to become a regional referral surgeon for the most complex reconstructions may prefer a program concentrated almost entirely on abdominal wall disease.
Step 9: Complete a One-Year Abdominal Wall Fellowship
Dedicated hernia and abdominal wall fellowships commonly last one year after general surgery residency, although individual program structures vary.
Stony Brook, for example, describes its current abdominal wall reconstruction fellowship as a one-year program with broad exposure to groin, ventral, recurrent, robotic, open, parastomal, mesh-explantation, and loss-of-domain cases.
During fellowship, the surgeon participates in the entire patient journey rather than operating only after someone else has already developed the plan. The fellow evaluates new patients, interprets imaging, reviews prior operations, helps prepare patients medically, performs procedures, manages inpatient recovery, and continues care during outpatient follow-up.
The year is not simply an opportunity to perform more hernia repairs. Its purpose is to develop the judgment needed to determine when a hernia can be monitored, which tissue plane offers the safest reconstruction, whether mesh should be removed, and whether a patient with several prior failures will truly benefit from another operation.
Abdominal Wall Fellowship Requirements
Beginning with the 2026–2027 fellowship year, Fellowship Council-designated programs are expected to provide at least 100 core procedures completed with the fellow acting as primary surgeon or teaching assistant.
Those cases must include at least 30 inguinal hernia repairs, with 15 performed laparoscopically or robotically and 10 involving recurrent disease. Fellows must also complete 30 moderate-size ventral or incisional repairs measuring between 3 and 10 centimeters, including at least 15 minimally invasive extraperitoneal operations, as well as 25 large repairs exceeding 10 centimeters and 15 atypical cases involving conditions such as chronic groin pain, parastomal hernias, infected mesh, enteric fistulas, flank hernias, subxiphoid defects, or suprapubic disease.
The requirements also include at least 50 clinical evaluations involving complex hernia care. That outpatient component matters because the fellowship is intended to produce surgeons who understand patient selection and preparation rather than technicians who know only how to perform the operation.
Step 10: Obtain Medical Licensure and General Surgery Certification
Abdominal wall surgeons must hold an appropriate medical license and satisfy the credentialing requirements of the hospitals and surgical centers where they practice.
Most pursue board certification in general surgery through the American Board of Surgery. Initial certification requires successful completion of both the written General Surgery Qualifying Examination and the oral General Surgery Certifying Examination.
Hernia and abdominal wall reconstruction does not currently have a separate American Board of Surgery subspecialty certificate. The ABS provides primary certification in general surgery and vascular surgery and secondary certification in selected areas such as pediatric surgery, surgical critical care, and complex general surgical oncology, but abdominal wall reconstruction is not currently one of those separate board pathways.
A surgeon may therefore be board certified in general surgery while also holding a certificate of fellowship completion and practicing within a highly specialized abdominal wall center.
The absence of a separate board examination does not mean that every general surgeon has identical abdominal wall expertise. Fellowship education, ongoing case volume, outcomes, professional involvement, and hospital privileges provide additional information about the physician’s focused practice.
Can a General Surgeon Perform Hernia Surgery Without Fellowship?
Yes. Hernia repair is a central part of general surgery, and most common inguinal, umbilical, ventral, and incisional hernias are treated by general surgeons who have not completed a dedicated abdominal wall fellowship.
The value of fellowship becomes more apparent when a surgeon plans to treat very large defects, several previous failures, infected mesh, chronic groin pain, intestinal fistulas, loss of domain, or major reconstructive problems.
The distinction is not that every patient needs a fellowship-trained hernia surgeon. It is that some abdominal walls have been changed so extensively by disease, infection, and earlier surgery that concentrated experience may provide meaningful value.
How Is an Abdominal Wall Surgeon Different From a Minimally Invasive Surgeon?
A minimally invasive surgeon receives broad advanced training that may include foregut, bariatric, hernia, endoscopic, and other gastrointestinal operations.
An abdominal wall reconstruction surgeon focuses more deeply on groin and ventral hernias, muscle releases, chronic pain, mesh complications, fistulas, and complex reconstruction.
Some fellowship programs hold both designations, allowing surgeons to develop broad laparoscopic and robotic skills while obtaining more concentrated abdominal wall experience.
My guide on how to become a minimally invasive surgeon explains that broader fellowship pathway and the way it overlaps with hernia surgery.
How Is an Abdominal Wall Surgeon Different From a Plastic Surgeon?
Abdominal wall surgeons generally focus on restoring the fascia and muscles that support the abdominal organs, while plastic surgeons specialize in skin, soft tissue, muscle flaps, microsurgery, and reconstruction throughout the body.
The fields overlap when a patient has missing skin, an open wound, previous radiation, excess damaged tissue, or a defect requiring flap coverage.
During a combined operation, the abdominal wall surgeon may restore the fascial and muscular layers and place mesh, while the plastic surgeon manages skin, soft-tissue advancement, panniculectomy, or flap reconstruction.
The most useful question is not which specialty owns the word reconstruction, but whether the team has the combined experience needed for that patient’s anatomy and goals.
How Is an Abdominal Wall Surgeon Different From a Colorectal Surgeon?
A colorectal surgeon specializes in diseases of the colon, rectum, anus, and pelvic floor, while an abdominal wall surgeon focuses on the muscles and fascia surrounding the abdomen.
The specialties commonly work together when someone has a parastomal hernia, enterocutaneous fistula, Crohn’s disease, an ostomy requiring revision, or a hernia combined with intestinal obstruction.
The colorectal surgeon may manage the intestine and ostomy while the abdominal wall surgeon plans the reconstruction, although some experienced abdominal wall surgeons are able to complete both portions depending on the complexity of the intestinal disease.
How Is an Abdominal Wall Surgeon Different From a Bariatric Surgeon?
A bariatric surgeon treats obesity and metabolic disease through operations involving the stomach and intestine, while an abdominal wall surgeon repairs hernias and reconstructs the abdominal muscles and fascia.
The fields overlap because obesity can influence hernia symptoms, wound healing, and recurrence, while patients may develop incisional hernias after earlier bariatric or abdominal operations.
Some surgeons complete fellowships that include both bariatric and abdominal wall training. In selected patients, metabolic treatment may occur before major reconstruction, although the sequence needs to reflect symptoms, urgency, anatomy, health, access, and the patient’s goals rather than a single rule applied to everyone.
How Is an Abdominal Wall Surgeon Different From an Acute Care Surgeon?
An acute care surgeon treats trauma, emergency general surgery, and critically ill surgical patients.
Acute care surgeons may operate urgently when a hernia traps intestine, causes obstruction, loses blood supply, or appears alongside overwhelming infection. They may also manage an open abdomen during the initial life-threatening illness.
An abdominal wall surgeon more often becomes involved after the immediate danger has passed, when the patient is ready for a carefully planned reconstruction.
The same patient may therefore meet both specialists during different stages of recovery.
Where Do Abdominal Wall Surgeons Work?
Hernia and abdominal wall surgeons commonly work within academic medical centers, university hospitals, community healthcare systems, advanced minimally invasive surgery divisions, dedicated hernia centers, and multispecialty practices.
An academic surgeon may divide time among operations, outpatient clinic, research, teaching, quality improvement, and program leadership.
A community surgeon may combine abdominal wall reconstruction with general surgery, gallbladder operations, foregut surgery, bariatrics, endoscopy, or emergency call.
Some physicians develop regional referral practices dominated by patients with several previous repairs, infected mesh, fistulas, chronic pain, or loss of domain. These practices often depend on access to colorectal surgery, plastic surgery, nutrition, wound care, rehabilitation, and intensive care.
What Is an Abdominal Wall Surgeon’s Schedule Like?
The schedule often includes planned operations, outpatient consultations, postoperative visits, imaging review, inpatient rounds, teaching, and research or administrative work.
Many complex reconstructions are scheduled in advance, which allows time for careful preparation and can make the clinical week more predictable than trauma surgery.
The operations themselves may be long, however, and complications involving wounds, infection, bowel function, bleeding, or breathing can require attention during nights and weekends.
Lifestyle also depends on whether the surgeon takes general surgery call. A physician working within a dedicated hernia-only practice may have a different schedule from a community surgeon who performs advanced robotic reconstruction while also treating appendicitis, gallbladder disease, and bowel obstruction.
How Can Premed Students Explore Abdominal Wall Surgery?
Premed students may explore the broader field through general surgeon shadowing, hospital work, wound-care programs, rehabilitation, trauma services, surgical research, or biomedical engineering.
Direct exposure to complex reconstruction may be difficult because these operations are concentrated at a limited number of specialized centers and can last several hours.
That does not place you behind. Most students applying to medical school have never heard abdominal wall reconstruction described as a distinct fellowship, and there will be many more opportunities to explore surgery later.
Understanding the patient’s experience can be just as valuable. Someone living with a large hernia may avoid exercise, change clothing, limit work, or live with constant fear that the next repair will fail.
Those concerns help reveal that abdominal wall surgery is about much more than closing a hole. It can restore comfort, function, confidence, and the sense that recovery from an earlier illness is finally complete.
How Can Medical Students Prepare for Abdominal Wall Surgery?
Medical students interested in the field can gradually build exposure through general surgery, advanced GI/MIS, colorectal surgery, trauma, critical care, plastic surgery, wound care, research, and mentorship.
A strong surgery clerkship and sub-internship can help prepare you for general surgery residency, while hernia clinic and complex case conferences may clarify whether the specialty’s combination of reconstruction, mechanics, technology, and long-term patient care feels meaningful.
Technical ability develops over many years, so a medical student is not expected to enter residency knowing how to perform TAR, choose among mesh types, or plan a loss-of-domain reconstruction.
Reliability, curiosity, communication, compassion, teamwork, and willingness to learn from feedback matter much more at this stage than appearing to have selected every future fellowship detail.
What Qualities May Fit Abdominal Wall Surgery?
Abdominal wall surgery may appeal to someone who enjoys detailed anatomy, reconstruction, minimally invasive technology, and solving complex mechanical problems.
Patience matters because some patients need months of preparation, and the operation may represent only one part of a larger recovery involving nutrition, wound care, rehabilitation, and management of chronic pain.
The field also requires comfort with uncertainty. Another repair may improve function substantially, but it cannot guarantee that every symptom will disappear or that the hernia will never recur.
Communication is especially important because many patients arrive after earlier treatment that did not work as hoped. The surgeon needs to acknowledge that history, rebuild trust, and remain honest about what makes the next operation different without criticizing previous physicians unfairly or promising perfection.
For someone who enjoys both the technical challenge of reconstruction and the mentoring relationship that develops while guiding patients through a difficult recovery, the field can offer a particularly satisfying career.
Is Becoming an Abdominal Wall Reconstruction Surgeon Worth It?
Hernia and abdominal wall reconstruction can be a deeply meaningful career for someone who enjoys general surgery, reconstructive anatomy, robotic and open techniques, wound care, and long-term patient relationships.
The specialty allows surgeons to relieve pain, restore the abdominal muscles, remove infected material, close fistulas, repair ostomy-related defects, and help patients move beyond the consequences of previous surgery or critical illness.
The additional fellowship is generally one year, which is shorter than several post-general-surgery pathways, although it still follows the full five years of demanding residency training.
The work also carries real challenges. Operations may be lengthy, recurrence remains possible, wounds can be difficult to manage, and some patients arrive after several earlier failures with understandable doubts about another procedure.
Whether the career feels worthwhile depends on the type of problem-solving and responsibility that gives you purpose. The clearest understanding usually develops through hernia clinic, routine repairs, complex reconstruction, chronic pain evaluation, postoperative care, and the long-term follow-up that reveals whether the operation truly improved the patient’s life.
Frequently Asked Questions About Becoming a Hernia and Abdominal Wall Reconstruction Surgeon
How many years does it take to become an abdominal wall surgeon?
The traditional pathway generally takes approximately 14 years after high school, including four years of college, four years of medical school, five years of general surgery residency, and one year of advanced fellowship training.
Research years, gap years, additional degrees, leave, or another personal circumstance may extend the timeline.
What residency do abdominal wall surgeons complete?
Most complete a categorical general surgery residency before pursuing dedicated abdominal wall reconstruction fellowship training.
How long is an abdominal wall fellowship?
Most dedicated programs last one year after general surgery residency, although their structure and balance among hernia, robotics, advanced GI surgery, foregut, and bariatrics vary.
Is abdominal wall fellowship ACGME accredited?
Dedicated hernia and abdominal wall fellowships are generally not ACGME-accredited subspecialty programs. Some are formally designated through the Fellowship Council, while others are administered independently and listed through resources such as the American Hernia Society fellowship directory.
Is fellowship required to perform hernia surgery?
No. General surgeons routinely repair common hernias without completing an additional fellowship.
Fellowship becomes especially helpful for physicians planning to treat large, recurrent, painful, infected, or otherwise complex abdominal wall problems.
Are abdominal wall surgeons board certified?
Most are board certified in general surgery through the American Board of Surgery.
There is not currently a separate ABS subspecialty certificate in hernia and abdominal wall reconstruction.
How many procedures do abdominal wall fellows complete?
Beginning with the 2026–2027 fellowship year, Fellowship Council programs are expected to provide at least 100 core procedures divided among inguinal, moderate ventral, large ventral, and atypical hernia categories. Fellows must also complete at least 50 complex hernia clinical evaluations.
Do abdominal wall surgeons perform robotic surgery?
Many do. Robotic techniques can be used for groin repair, retromuscular reconstruction, eTEP procedures, TAR, and selected recurrent or parastomal hernias.
Open and laparoscopic approaches remain equally important depending on the patient and defect.
Do abdominal wall surgeons perform open surgery?
Yes. Open surgery remains essential for very large defects, infected mesh, intestinal fistulas, damaged skin, and other conditions requiring direct exposure or extensive reconstruction.
Do hernia surgeons use mesh?
Mesh is commonly used to reinforce repairs and reduce recurrence risk, although the decision depends on the type of hernia, tissue quality, contamination, previous surgery, and patient preferences.
Can hernia mesh be removed?
Yes, although removal is usually considered when there is a defined problem such as infection, erosion, fistula, or selected forms of chronic pain.
Removing mesh without identifying it as the likely cause of symptoms may fail to help and can create additional injury or recurrence.
What is component separation?
Component separation releases selected abdominal muscle layers so the fascia can move toward the midline with less tension during reconstruction.
What is TAR surgery?
Transversus abdominis release is a form of posterior component separation used during selected complex ventral hernia repairs to create space for closure and retromuscular mesh placement.
What is loss of abdominal domain?
Loss of domain occurs when a large portion of the abdominal organs has remained within a hernia sac outside the normal abdominal cavity, making safe return and closure more difficult.
Do abdominal wall surgeons treat chronic groin pain?
Yes. Fellowship-trained surgeons may evaluate persistent pain after inguinal repair and consider rehabilitation, injections, nerve treatment, mesh removal, recurrent hernia repair, or continued nonsurgical management when appropriate.
Do abdominal wall surgeons treat parastomal hernias?
Yes. They may repair the defect while preserving the ostomy or collaborate with colorectal or urologic surgeons when relocation or reversal is appropriate.
Do abdominal wall surgeons treat intestinal fistulas?
Some complex abdominal wall surgeons treat enterocutaneous fistulas, often in collaboration with colorectal surgeons, nutrition teams, wound specialists, and plastic surgeons.
Can both M.D. and D.O. physicians become abdominal wall surgeons?
Yes. Graduates of M.D. and D.O. medical schools can complete general surgery residency and advanced abdominal wall training when they satisfy the applicable program, licensing, and certification requirements.
What should I major in to become an abdominal wall surgeon?
There is no required undergraduate major. Students may choose nearly any academic field as long as they complete the prerequisites required by the medical schools where they plan to apply.
Do I need hernia research before medical school?
No. Hernia-specific research is not required for medical school, general surgery residency, or fellowship.
Meaningful research in another area can still help you develop analytical, collaborative, and communication skills.
Can abdominal wall surgeons have a good work-life balance?
Work-life balance varies with practice structure.
Many operations are planned in advance, but complex reconstructions, postoperative complications, wounds, fistulas, and general surgery call can still create night and weekend responsibilities.
A dedicated hernia practice may have a different schedule from a broad community general surgery practice.
What should I read next?
The foundational pathway begins with my guide on how to become a general surgeon.
The following related guides can help you compare abdominal wall reconstruction with the specialties that overlap with it most closely:
How to Become a Minimally Invasive Surgeon
How to Become a Bariatric Surgeon