Simulation Medicine Fellowships (Guide) | Advanced Training & Accreditation

What Is a Simulation Medicine Fellowship?

Simulation medicine is an educational discipline, not a clinical subspecialty. Physicians who pursue formal training in this field learn to design simulation-based learning experiences, facilitate and debrief those experiences, measure their educational outcomes, and conduct scholarship that advances the field. The work lives at the intersection of clinical medicine, adult learning theory, assessment science, and patient safety research.

A simulation medicine fellowship is distinct in kind from ACGME-accredited subspecialty fellowships. You are not training to perform a clinical procedure or manage a patient population. You are training to build, run, and evaluate the educational infrastructure that other clinicians move through. The product of your fellowship is institutional and scholarly, not procedural.

This distinction matters for career planning. Graduates typically move into roles in medical education, simulation center leadership, or patient safety—not into clinical subspecialty practice. If you are considering this path, be clear-eyed that the credential you earn is an educational one, and that its value in the job market depends substantially on the institutional prestige of the program, the quality of your scholarly output, and the network you build during training.

Accreditation Status — Plainly Stated

As of 2025, simulation medicine fellowships are not accredited by the ACGME. There is no ACGME program requirements document for simulation medicine, no accreditation standard, and no match process through the NRMP or any other centralized clearinghouse. Programs that use the word "fellowship" in their title are using it in a descriptive sense, not a regulatory one.

What does exist is a voluntary endorsement framework offered by the Society for Simulation in Healthcare (SSH). SSH offers an accreditation process for simulation programs and an endorsement pathway for fellowship training programs. SSH accreditation is a meaningful signal of program quality and commitment to defined educational standards, but it is not equivalent to ACGME accreditation and carries different regulatory weight. Some programs hold neither ACGME accreditation nor SSH endorsement and operate entirely under their home institution's graduate medical education or faculty development infrastructure.

The practical consequences for applicants are significant:

• Stipend and benefits are not standardized. Programs set their own compensation, and there is no floor.
• Visa sponsorship pathways available through ACGME-accredited programs (e.g., J-1 through ECFMG) may not apply. Verify current requirements directly with ECFMG/Intealth and official sources for your application year.
• Board certification in simulation medicine does not exist. The credential landscape consists of voluntary certifications, not specialty board examination.
• Program quality is self-reported to a meaningful degree. Due diligence is on you.

Verify the accreditation and endorsement status of any specific program directly with that program and with SSH before applying. Do not assume that institutional prestige or a well-designed website substitutes for program-level credential verification.

Who Offers These Fellowships?

Programs cluster into several recognizable types, each with a different emphasis and organizational home:

• Academic medical center simulation centers: The most common format. A major academic institution operates a simulation center and offers one or two fellowship positions per year, typically integrated with its department of medical education, anesthesiology, emergency medicine, or surgery. The fellow carries faculty development, teaching, curriculum design, and a scholarly project simultaneously.
• SSH-endorsed programs: A subset of academic programs have sought and received formal endorsement from SSH under its Fellowship Program Endorsement process. These programs have submitted to external review against SSH's defined standards. The SSH directory is the most reliable starting point for identifying them—see the SSH website directly.
• Military simulation training programs: The U.S. military operates simulation training infrastructure across branches, and some military training centers offer fellowship-equivalent positions for military physicians. These programs have distinct eligibility criteria, funding structures, and service obligations; civilian applicants should verify eligibility carefully.
• Combined research and education tracks: Some programs are structured as two-year tracks with an explicit research emphasis, often conferring a master's degree in health professions education, medical education, or a related field alongside fellowship completion. These are better suited to applicants with a clear academic research trajectory.
• Industry and consortium programs: A smaller number of programs are sponsored or co-sponsored by industry partners or regional healthcare consortia. Evaluate funding source, independence, and scholarly focus carefully in these contexts.

Eligibility: Who Can Apply?

Eligibility varies by program and is not standardized. The following reflects what most programs require, with noted exceptions:

• Residency completion is the most common prerequisite. The majority of programs expect applicants to hold a valid medical license and to have completed at least one ACGME-accredited residency. Board certification in a clinical specialty is often preferred but not universally required.
• Mid-residency applications are accepted by some programs, particularly those structured as add-on tracks or those affiliated with residency programs in simulation-heavy specialties such as emergency medicine, anesthesiology, or OB/GYN. If you are a current resident, ask programs directly whether their structure accommodates concurrent enrollment.
• Prior simulation experience is not formally required by most programs, but applicants who can document meaningful engagement with simulation—as a learner, instructor, or curriculum contributor—are more competitive. Build this during residency, not after.
• Teaching portfolio: Programs consistently look for evidence of educational engagement. Documented teaching, curriculum contributions, or prior scholarly work in education strengthens an application materially.
• IMGs and international applicants: Eligibility is institution-dependent. Because these programs are not ACGME-accredited, there is no uniform standard for how USMLE scores, ECFMG certification, or visa status are treated. Contact programs individually. Verify current visa requirements directly with ECFMG/Intealth and official sources for your application year.

Fellowship Duration and Structure

The modal format is a one-year full-time fellowship. Two-year programs exist, primarily those with an integrated master's degree or a substantial funded research component.

A representative one-year structure allocates time across four domains, though the balance varies by program emphasis:

• Simulation facilitation and operations: Direct practice designing, running, and evaluating simulation scenarios. This is the clinical volume equivalent—you accumulate facilitation hours across modalities and learner levels.
• Curriculum design and assessment: Formal training in instructional design, learning objectives, competency frameworks, and assessment methodology. Programs with SSH endorsement typically map this to SSH's published standards.
• Debriefing methodology: Debriefing is the highest-leverage skill in simulation education and receives dedicated, structured training in serious programs. Expect supervised debriefing with structured feedback, review of recorded sessions, and exposure to multiple debriefing frameworks.
• Scholarship: A defined scholarly project, pursued throughout the year, with an expectation of a tangible output by graduation. See the scholarship section below.

Fellows in most programs carry some continuing clinical responsibilities in their base specialty to maintain clinical skills and licensure. The proportion of time in clinical practice versus simulation education varies widely—clarify this with each program before accepting.

Core Curriculum Areas

The educational content of simulation medicine fellowships spans technical simulation modalities and the theoretical foundations that make simulation pedagogically defensible:

• High-fidelity manikin simulation: Scenario design, technical operation of high-fidelity simulators, confederate use, and debriefing. Fellows learn to construct scenarios that produce reliable, reproducible learning opportunities rather than just dramatic clinical scenarios.
• Standardized patients (SPs): Training and directing standardized patients; designing SP-based cases for communication, physical examination, or interprofessional skills. SP methodology has its own evidence base and best practices distinct from manikin simulation.
• Task trainers and procedural simulation: Low-fidelity task trainers for procedural skills (vascular access, intubation, lumbar puncture); deliberate practice frameworks; mastery learning design. The evidence base for procedural simulation is among the strongest in medical education.
• Debriefing methodology: Frameworks including advocacy-inquiry, debriefing with good judgment, TeamGAINS, and others. Theoretical grounding in reflective practice and experiential learning theory (Kolb, Schön). Structured observation and feedback on fellow-led debriefs is a program quality marker.
• Patient safety science: Systems thinking, human factors engineering, crew resource management (CRM), and how simulation interfaces with patient safety initiatives at an institutional level.
• Assessment science: Validity frameworks, rater training, performance checklists, global rating scales, and the use of simulation for high-stakes assessment. This is an area with significant methodological complexity; programs vary in how deeply they engage it.
• Interprofessional education (IPE): Designing and facilitating simulations that involve mixed teams of physicians, nurses, pharmacists, and other providers. IPE simulation is increasingly central to institutional patient safety programs.

Scholarship and Research Expectations

Most programs require completion of a scholarly project by the end of the fellowship year. "Scholarly project" is deliberately broad—programs accept original research, systematic reviews, curriculum development with evaluation, simulation scenario development with validity evidence, or educational needs assessments. What distinguishes serious programs from weaker ones is whether they require a tangible, externally-facing output.

Common expected outputs include:

• A submitted or accepted peer-reviewed manuscript (Simulation in Healthcare, Medical Education, Academic Emergency Medicine, and specialty education journals are common venues)
• A grant application (institutional pilot grant, AHRQ, specialty society grant)
• A fully developed and implemented curriculum with formal assessment data
• A national conference presentation (IMSH is the SSH annual meeting and the field's primary venue)

When evaluating programs, ask specifically: how many fellows in the past three years submitted a manuscript during fellowship, and how many had a first-author publication within two years of graduation? This is a concrete, answerable question that reveals program infrastructure and mentorship quality.

Faculty mentor availability and protected time for scholarship are the rate-limiting factors in fellow productivity. Clarify both before accepting a position.

SSH Certification and the CHSE Credential

The Society for Simulation in Healthcare (SSH) offers the Certified Healthcare Simulation Educator (CHSE) credential, the most widely recognized individual certification in the field. The CHSE is awarded through examination and portfolio review; it is separate from fellowship completion and is not automatically conferred upon finishing a fellowship program.

Eligibility for the CHSE examination requires documented experience in simulation education (hours and roles, not degree or fellowship completion specifically), and candidates must pass a written examination covering simulation theory, methodology, and best practices. A CHSE-Advanced (CHSE-A) credential exists for more senior practitioners.

The CHSE is a meaningful signal in the job market, particularly for simulation center leadership roles. Fellowship training provides strong preparation for the examination, but you must apply for and pass the examination independently. See the SSH website directly for current eligibility requirements, examination windows, and application process; these details change and should be verified for your application year.

Career Outcomes After a Simulation Medicine Fellowship

Fellowship graduates pursue careers across academic medicine, healthcare systems, and—less commonly—industry. The paths below represent documented role types, not guarantees of employment:

• Simulation center director or associate director: The most direct trajectory. Academic medical centers and large health systems employ simulation center directors who hold both clinical credentials and formal simulation training. These roles carry administrative, educational, and sometimes research responsibility.
• Medical education faculty: Positions within departments of medical education, GME, or specific clinical departments where simulation is integrated into residency training. Fellowship training increasingly substitutes for or complements a master's in education for these roles.
• Patient safety officer or quality improvement leadership: Institutions with mature patient safety programs employ clinicians with simulation expertise to design and run systems-level safety training. This track rewards candidates with strong backgrounds in human factors and safety science, not just simulation technique.
• Interprofessional education coordinator or director: A growing role as health systems invest in team-based training. Simulation training is central to most IPE programs at scale.
• Industry consultant or medical affairs: Device and pharmaceutical companies employ simulation-trained physicians for product training program design, procedural training curriculum development, and medical education content. This is a non-academic track with different incentive structures and should be evaluated accordingly.
• Continuing clinical practice: Nearly all fellowship graduates maintain some clinical practice in their base specialty. The balance between clinical and simulation/education work varies widely by role and institution.

The academic job market for simulation medicine is not uniformly strong across all specialties and geographies. Graduates from programs with strong scholarly output records and SSH-endorsed training are more competitive for named leadership roles. Geographic flexibility increases options meaningfully.

How to Find and Evaluate Programs

There is no centralized, comprehensive, authoritative list of simulation medicine fellowships equivalent to FREIDA for ACGME programs. Your search requires active assembly from multiple sources:

• SSH Fellowship Program Endorsement directory: The SSH website maintains a list of programs that have sought and received SSH endorsement. This is the highest-quality starting list and should be your first stop. Recognize that non-endorsed programs also exist and may offer quality training; endorsement is a filter, not an exhaustive list.
• Institutional simulation center websites: Major academic medical centers with active simulation centers often post fellowship information directly on their simulation center or GME websites. Search "[institution name] simulation fellowship" as a starting point.
• IMSH conference: The SSH annual meeting (International Meeting on Simulation in Healthcare) is the primary networking venue in this field. Fellows, fellowship directors, and simulation center leaders attend. If you are serious about pursuing this path, attending IMSH before you apply is one of the highest-yield investments you can make—you will meet program directors, see the field's current scholarly priorities, and identify mentors.
• Specialty society channels: Emergency medicine, anesthesiology, OB/GYN, surgery, and pediatrics all have simulation interest groups or committees within their specialty societies. These are sources for specialty-specific fellowship listings.

When you identify a candidate program, evaluate it on these dimensions specifically:

• SSH endorsement status: yes, no, or pending?
• Faculty mentor roster: who are the named mentors, what is their scholarly output, and are they active in the field?
• Scholar productivity: how many prior fellows have first-author publications, and in what timeframe?
• Funding source: is the fellowship funded by the institution, a grant, or is it unfunded? What happens to funding if the grant ends?
• Clinical time allocation: what percentage of the year is clinical, and does that percentage serve your licensure and career needs?
• Modality breadth: does the program expose you to multiple simulation modalities, or does it specialize narrowly?

Application Timeline and Process

There is no centralized match for simulation medicine fellowships. There is no standardized application portal, no common application form, and no uniform deadline. Each program manages its own recruitment cycle independently.

In practice, most programs recruit on a timeline that runs roughly six to twelve months before the intended start date, but this varies. Some programs fill positions opportunistically and may accept applications on a rolling basis. A few programs post annual deadlines; others recruit when they have funding.

A practical approach to the application process:

• Identify target programs at least twelve months before your intended start, earlier if possible.
• Contact program directors directly by email. A brief, professional inquiry describing your background, your interest in their program specifically, and asking about the current application cycle is appropriate and expected in this field.
• Prepare a CV that foregrounds educational and simulation activities, teaching experience, and any scholarly work. A separate teaching portfolio documenting facilitation, curriculum contributions, or educational leadership is worth developing.
• Request letters of recommendation from faculty who can speak to your educational work, not only your clinical performance. A letter from a simulation director or medical education faculty member carries weight.
• Expect an interview process; most programs conduct interviews before extending offers. Some conduct site visits.
• Offers are made directly by programs; there is no match day or rank list. Negotiate offer terms, including stipend, benefits, and start date, before signing.

Because there is no match, you may hold multiple offers simultaneously. Clarify each program's deadline for a decision and do not accept an offer you do not intend to honor—the simulation medicine community is small, and professional relationships persist.

Stipend and Funding Considerations

This is an area where the absence of ACGME oversight creates meaningful variability, and applicants should approach it with clear eyes.

Programs fall into roughly three funding categories:

• Institutionally funded at resident-level stipend: The strongest programs, particularly those at major academic medical centers, fund fellowship positions through institutional GME or departmental budgets at stipends approximating PGY-level compensation. Benefits (health insurance, malpractice, professional development funds) are typically included.
• Grant-dependent funding: Some positions are funded through education research grants, health system quality improvement budgets, or simulation center operational funds. These positions may offer competitive stipends but carry risk if the funding source is time-limited. Ask directly: what is the funding source, and what is its duration?
• Unfunded or minimally funded positions: Some programs offer the training experience with minimal or no stipend. These positions may be structured as volunteer faculty development, adjunct appointments, or similar. They are not inherently inferior educationally, but they are financially unsustainable for most applicants. If a program offers this structure, the financial terms must be clearly understood before acceptance.

Regardless of category, confirm all financial terms in writing before accepting any offer. Verbal stipend commitments in non-ACGME programs have no regulatory backstop. Ask for a written offer letter that specifies stipend amount, benefits, professional development funding, and duration of funding commitment. This is not an aggressive request; it is standard professional practice.

See the site's data pages for current context on GME compensation benchmarks that can inform your evaluation of any offer you receive.

Next Steps for PGY-0 Applicants

If simulation medicine is a serious career direction, the following actions are ordered by when they are most useful in your training trajectory:

• During residency, now: Identify a faculty member at your institution with simulation or medical education expertise and establish a working relationship. Offer to assist with scenario design, debriefing, or curriculum projects. This produces portfolio entries and a reference letter writer simultaneously.
• Join SSH as a resident/trainee member: SSH offers reduced-rate membership for trainees. Membership provides access to the journal Simulation in Healthcare, program directories, and networking infrastructure. Do this before you need it.
• Attend IMSH: The annual SSH meeting is the most efficient way to survey the field, meet fellowship directors, and understand what scholarly work is currently valued. Attending once before you apply is substantially more useful than reading program websites in isolation.
• Build a teaching portfolio deliberately: Document every teaching activity, facilitation session, curriculum contribution, and educational project with dates, roles, and outcomes. A portfolio assembled retrospectively from memory is weaker than one maintained in real time.
• Pursue the CHSE when eligible: If you accumulate the required simulation education hours during residency or through volunteer activity, consider sitting for the CHSE examination before fellowship. It signals seriousness to program directors and is easier to complete before the demands of fellowship begin.
• Begin program research twelve or more months out: Given the fragmented, non-standardized application process, early identification of target programs and direct outreach to program directors is the only reliable strategy. There is no late-application safety net the way a centralized match might provide.
• Clarify your subspecialty base: Most simulation medicine fellowship positions expect you to maintain some clinical practice. Confirm that your clinical specialty and licensure situation are compatible with whatever clinical time commitment a given program requires, particularly if you are an IMG navigating visa and licensure logistics.