2026 Call for Visual Diagnosis Images
2026 Call for New Speaker Forum Submissions
Academy of Clinical Educators Lecture
Call for Nominations: Board of Directors and Councillors
ED Practice Innovations Conference May 8, 2026
Leadership and Advocacy Conference Member Reception
New York Emergency Medicine PAC

Jeffrey S. Rabrich, DO MBA FACEP FAEMS
Senior Vice President
Envision Physician Services
What a winter we have had. As we start to warm up and look to leave this winter behind us, I wanted to take a moment to reflect on one of the tougher winters we have had in recent years. As we dealt with major snowstorms, blizzard conditions, and subzero wind chills one thing remained constant despite the weather and that’s all of you showing up for your patients. Despite treacherous conditions, a spike in influenza cases and the largest nursing strike in New York City history you all continued showing up in the emergency department day in and day out to provide expert emergency care and lead your ED teams. You all exemplify the emergency medicine ethos of anyone, anything, anytime and in recent years anywhere. The anywhere these days being hallways, chairs, alcoves, converted closets, etc. While I know none could picture a surgeon operating in the waiting room or a hallway with a flashlight, I’m sure we could imagine their response to being asked to do so, yet in emergency medicine we find ways to make it work so we can keep seeing our patients. Yet while we manage to find ways to keep things moving despite hospital crowding, we face many significant challenges and threats to our practice in New York.
As the winter ends and look toward spring it’s also the time of year when the Governor presents her budget to the legislature with the hopes of passing a budget on time by April 1. As with past years there are several items in the budget that threaten our ability to continue to provide outstanding care for our patients and limit their access to high quality emergency care. Some of the key proposals by the governor are to expand scope of practice for physician assistants to allow them to practice unsupervised with far less training and experience than a physician. While we value working with the physician assistants in our departments and they are an essential part of the care team, they are part of a physician led care team. Especially in the emergency department where patients present with undifferentiated complaints, no established relationship with the clinician and often with incomplete information, the education, training and skill of a board-certified emergency physician can be critical in diagnosing life-threatening conditions. Another proposal would make substantial changes to the independent dispute resolution (IDR) process in New York and put a finger on the arbitration scale heavily in favor of the insurers who are already offering unreasonable rates and in many cases downcoding or denying claims without same specialty physician review. The governors proposal would also remove Medicaid plans from the IDR process, at a time when New York ranks 49th out of 50 states for reimbursement for emergency medicine evaluation and management codes. This would threaten access to specialist consultations in the emergency department as well as follow up care.
I am happy to report that New York ACEP had our advocacy day on February 4th this year and we had many productive meetings with members and staff in the senate and assembly. We expressed our concerns on behalf of all of you the membership and agreed to several follow up meetings and requests for more information. We continue to be engaged with the process and monitoring developments with our lobbyist team at Manatt, ready to respond to any new developments. My ask is that you all stay engaged as well and help us advocate for our profession in New York. As a final budget picture becomes clearer, we may need to send our action alerts and ask that you and your colleagues respond to these or reach out directly to your Assemblymembers and Senators to help get our message across. Please stay safe and healthy as you continue to provide outstanding emergency care to all New Yorkers and visitors who come to see us.

Thomas M. Kennedy, MD
Assistant Professor of Pediatrics in Emergency Medicine
Columbia University Vagelos College of Physicians and Surgeons
Department of Emergency Medicine, Division of Emergency Ultrasound
NewYork-Presbyterian Columbia University Irving Medical Center

Jack Buckanavage, MD
PGY-2, Emergency Medicine Resident
Icahn School of Medicine at Mount Sinai/Elmhurst Hospital Center

Tegh Dylan Jauhal, MD
PGY-2, Emergency Medicine Resident
Icahn School of Medicine at Mount Sinai/Elmhurst Hospital Center
Case
A 68-year-old female with a past medical history of hypertension, diabetes mellitus, coronary artery disease, peptic ulcer disease, and a remote appendectomy presented to the Emergency Department (ED) with one day of epigastric pain and nausea. The patient denied fever, vomiting, and diarrhea. She also denied chest pain and shortness of breath. On arrival, she was afebrile and had normal vital signs. She was well appearing, and her physical exam was only significant for mild epigastric tenderness to palpation without peritoneal signs. She was evaluated for her abdominal pain with laboratory tests and a computed tomography (CT) scan with IV contrast of the abdomen and pelvis. Laboratory results were significant for an elevated white blood cell count of 15.2 and a lactate of 2. Her CT scan was interpreted by the Radiology service as, “Mild gastric and small bowel mucosal hyperenhancement and wall thickening possibly exaggerated by under distention, however may be seen in the setting of gastroenteritis.” She was discharged home with a diagnosis of gastritis.
The next day, the patient returned with worsening epigastric pain, continued nausea, no bowel movements, and new subjective fevers and chills. Her vital signs were significant for a blood pressure of 179/109 mmHg and her physical exam demonstrated more diffuse abdominal tenderness to palpation, but still most tender in the epigastrium. Since she had an unremarkable CT scan within the past 24 hours, the decision was made to treat her symptomatically with anti-nausea and acid reducing medications and repeat laboratory tests without diagnostic imaging. During this bounce-back visit, she was selected for a point-of-care ultrasound (POCUS) by the rounding ultrasound scanning team. On POCUS, she was noted to have loops of bowel dilated to 2.6 cm with to-and-fro peristalsis (Figure 1). She also had a grossly distended, fluid filled stomach (Figure 2). The POCUS findings were communicated to the treatment team and a CT angiography scan of the abdomen and pelvis was ordered. The scan demonstrated a small bowel obstruction (SBO) described by the Radiology service as, “Distended stomach. Dilated loops of small bowel measuring up to 4 cm with transition point in the left lower quadrant.” Her laboratory test results were significant for an increased white blood cell count of 18.1 and an elevated lactate of 3.2. The General Surgery service was consulted, and the patient was admitted to their service for further management.

Discussion
In the United States, SBO accounts for approximately 2% of ED visits for abdominal pain and nearly 16% of hospital admissions for acute, nontraumatic abdominal pain.1, 2 Prompt recognition in the ED is critical, as delays in diagnosis can lead to significant morbidity, including bowel ischemia, necrosis, perforation, and sepsis.3 Point-of-care ultrasound has emerged as a valuable imaging modality for the evaluation of suspected SBO, offering high diagnostic accuracy while avoiding many of the limitations of traditional imaging. A 2023 multicenter meta-analysis including 433 patients reported a pooled sensitivity of 83% (95% CI 71.7%-90.4%) and specificity of 93% (95% CI 55.3%-99.3%) for POCUS in identifying SBO.4 These findings exceed the diagnostic performance of abdominal radiography, and several studies suggest that, in the hands of trained operators, POCUS may approach the sensitivity and specificity of CT.1
While CT remains the gold standard for the evaluation of SBO, providing more comprehensive anatomic details useful for our surgical colleagues, such as identifying transition points and closed loop obstructions as well as assessing for ischemia and strangulation, its limitations include cost, radiation exposure, and time to acquisition.5 In a prospective observational study of 125 patients with suspected SBO, the mean time to CT report was 3 hours and 42 minutes, compared to an average of 11 minutes to complete a POCUS exam.2 As such, POCUS offers a rapid, radiation-free, low-cost, and highly accurate screening tool for SBO.6 Its use has the potential to expedite diagnosis, accelerate patient dispositions, and ultimately improve patient outcomes. Incorporation of POCUS into routine clinical practice for the evaluation of suspected SBO should therefore be strongly encouraged. In relation to our case presented above, the utilization of POCUS helped to guide the care of a patient who may have otherwise not received repeat imaging and the SBO may have been missed.

Case Conclusion
Upon admission, the surgical team placed a nasogastric tube, which had 500 mL of bilious output. The patient was observed overnight and, the following morning, she had very little improvement in symptoms and was not passing flatus. The decision was made to take her to the operating room for an exploratory laparotomy where she was found to have 1-2 feet of threatened appearing bowel with a single associated adhesive band. Bowel was viable appearing and reperfused after lysis of the adhesion. No bowel resection was performed. The patient was discharged 10 days post-operatively in stable and improved condition.
Indications
Technique
Pitfalls and Limitations
Acknowledgements
We would like to thank Cara Brown, MD FACEP FPD-AEMUS, for her mentorship while preparing this manuscript.
References

Bernard P. Chang, MD PhD FACEP
Associate Dean of Faculty Health and Research Career Development
Vice Chair of Research
Tushar Shah and Sara Zion Associate Professor of Emergency Medicine
Department of Emergency Medicine
Columbia University Irving Medical Center
Introduction
Emergency departments occupy a central role in the U.S. healthcare system, serving as the primary access point for acute care, a safety net for vulnerable populations, and a critical interface with public health, behavioral health, and emergency medical services (EMS). Emergency physicians routinely manage high-acuity patients under conditions of diagnostic uncertainty, time pressure, and resource constraints. Over the past several decades, emergency medicine research has generated strong evidence supporting improvements in areas such as sepsis care, stroke systems, trauma management, opioid use disorder treatment, and diagnostic stewardship.
Yet the translation of this evidence into consistent, equitable practice remains uneven. Wide variation persists across emergency departments in the delivery of evidence-based care, even within the same region or health system. These gaps are not primarily due to lack of knowledge or motivation among clinicians. Rather, they reflect the complexity of emergency care delivery and the challenges inherent in changing behavior, workflows, and systems at scale.
Implementation science offers a framework for addressing these challenges. By focusing on how evidence is integrated into real-world settings, implementation science complements traditional clinical research and quality improvement efforts. For emergency medicine, and for organizations such as NYACEP that advocate for high-quality, equitable, and sustainable emergency care, implementation science is increasingly central to achieving policy and clinical impact.
Historical Background
The development of implementation science emerged from growing recognition that evidence-based medicine alone was insufficient to improve population health outcomes. Although randomized trials and clinical guidelines expanded rapidly in the late twentieth century, studies consistently demonstrated delays and failures in adopting proven interventions into routine practice. Past work within patient oriented research estimated that it could take more than a decade for clinical evidence to be widely implemented, with substantial attrition along the way.1
Health services research further demonstrated that a significant proportion of patients did not receive recommended care, while low-value practices persisted despite evidence of limited benefit.2 These findings prompted increased attention to the social, organizational, and system-level factors that influence care delivery.
Implementation science evolved as an interdisciplinary field drawing from organizational theory, behavioral science, sociology, and systems engineering. Early applications focused on primary care and public health, but the relevance of implementation science to acute care settings has become increasingly apparent. Emergency medicine, with its operational intensity and system-wide reach, has emerged as a critical domain for implementation research.
Defining Implementation Science
Implementation science is commonly defined as the study of methods to promote the systematic uptake of evidence-based interventions into routine practice, with the goal of improving quality and effectiveness of care.3 Unlike traditional clinical research, which emphasizes efficacy and effectiveness, implementation science focuses on the processes that enable interventions to be delivered consistently in real-world settings.
Key concepts include:
Implementation science complements both clinical trials and quality improvement by providing a rigorous framework for studying why interventions succeed or fail in practice.
Why Implementation Science Matters in Emergency Medicine
Emergency departments present unique challenges for implementation. Care is delivered under severe time constraints, patient presentations are heterogeneous, and teams are multidisciplinary. Operational stressors, such as crowding, boarding, and workforce shortages, can undermine even well-designed interventions.
At the same time, emergency medicine has features that make it particularly amenable to implementation science. Protocolized care for time-sensitive conditions is common, interdisciplinary teamwork is routine, and emergency departments often serve as testing grounds for system-level innovations. When implementation succeeds, the potential impact on patient outcomes and population health is substantial.
From an advocacy perspective, many of NYACEP’s priorities intersect directly with implementation challenges. Ensuring access to evidence-based care for opioid use disorder, reducing disparities in emergency care delivery, improving EMS integration, and supporting a sustainable emergency medicine workforce all depend on effective implementation rather than discovery alone.
Translating Evidence Into Emergency Department Practice
Implementation science emphasizes a structured, pragmatic approach to moving evidence into routine care.
The process begins with identifying a clearly defined evidence practice gap. This requires accurate measurement of current practice and agreement on desired standards of care. Data sources may include quality metrics, electronic health record review, and frontline clinician input.
Understanding local context is critical. Emergency departments differ widely in staffing models, patient populations, physical layout, and institutional priorities. Interventions that succeed in large academic centers may require adaptation for community or rural settings.
Stakeholder engagement is essential. In the emergency department, this includes physicians, nurses, advanced practice providers, pharmacists, social workers, EMS partners, administrators, and, in some cases, community organizations. Early engagement improves feasibility and sustainability.
Implementation strategies should be selected deliberately. Education alone is rarely sufficient to change practice. More effective approaches often integrate clinical decision support into workflows, provide feedback on performance, and align incentives with desired behaviors.5
Measurement extends beyond clinical outcomes. Assessing adoption, fidelity, and sustainability helps explain why interventions succeed or fail and supports iterative refinement.
Priority Areas Aligned With NYACEP Advocacy
As examples of the synergy of implementation science and the acute care setting, several high-impact areas in emergency medicine illustrate the importance of implementation science and align with NYACEP advocacy priorities:
In each case, the limiting factor is often not evidence, but the ability to implement that evidence reliably at scale.
New York State as a Laboratory for Implementation Science
New York State offers a uniquely powerful environment for implementation science in emergency medicine. The state includes a wide range of emergency department settings, from high-volume urban centers to rural hospitals. Its patient population is among the most varied in the nation, allowing evaluation of implementation strategies across varied demographic and social contexts.
New York also benefits from substantial academic and research infrastructure, including established emergency medicine research programs and statewide collaborations. State-level policies related to Medicaid, public health, behavioral health, and EMS frequently intersect with emergency care, creating opportunities to study implementation in real policy environments.
Given the volume of emergency care delivered in New York, even modest improvements in implementation can yield substantial population-level benefits. These features position New York as a national leader in translating emergency medicine research into practice.
Implications for Emergency Medicine and NYACEP
For emergency physicians and professional organizations such as NYACEP, implementation science represents an opportunity to strengthen the link between research, policy, and clinical practice. Supporting implementation science capacity can enhance advocacy efforts by providing evidence not only that interventions work, but that they can be delivered effectively and equitably.
Incorporating implementation science into research agendas, training programs, and quality initiatives aligns with NYACEP’s commitment to high-quality emergency care, and system sustainability. Collaboration across institutions and disciplines will be essential to achieving these goals.
Moving a Path Forward
The generation of high-quality evidence is necessary but insufficient to improve emergency care. Persistent gaps between research findings and routine practice reflect the complexity of healthcare delivery rather than failures of clinicians or investigators. Implementation science provides a rigorous framework for understanding and addressing these gaps.
For emergency medicine, the stakes are high. Care is time-sensitive, patient populations are vulnerable, and often disparities in care access exist. New York State, with its large and heterogenous population, scale, and infrastructure, offers an ideal setting for advancing implementation science in emergency care.
By embracing implementation science, emergency medicine can ensure that scientific advances translate into consistent, high impact and sustainable improvements in patient outcomes.
References

Laura Melville, MD MS
Associate Research Director
SAFE Medical Director
NewYork-Presbyterian Brooklyn Methodist Hospital
Chair, New York Research Committee

Muhammed Waseem, MD MBBS MS FAAP FACEP FAHA FACRP FSSH
Research Director, Emergency Medicine
Lincoln Medical Center
Professor, Emergency Medicine and Pediatrics
Weill Cornell Medicine
Emergency physicians are uniquely positioned to advance pediatric mental health research because the emergency department (ED) is often the first point of care for children in crisis. Key research opportunities include analyzing ED visit trends to enable early detection of high-risk youth, exploring safe and effective crisis management strategies, monitoring follow-up care after discharge, and identifying system-level improvements, such as reducing boarding times and improving workflows. By focusing on practical projects, leveraging existing data, collaborating across disciplines, and integrating research into their workflows, ED physicians can produce meaningful, actionable evidence to improve care for children facing mental health crises. In this article, we explore research opportunities for ED physicians in pediatric mental health.
Epidemiology and Health Services Research
Epidemiology and health services research in pediatric mental health aim to understand who visits the emergency department, who refers them (such as schools, police, or family), and why they come. It examines the symptoms or behaviors presented and what happens afterward. This research may include retrospective analyses of electronic health record data over time to identify trends in pediatric psychiatric visits by diagnosis, age, gender, and outcomes. Researchers also analyze utilization patterns to identify children who frequently return to the ED and to explore factors that predict repeat visits. Disparities research is another important aspect, comparing access to care, waiting times, and disposition decisions across groups defined by age, gender, race, insurance status, family structure, or location. Finally, impact studies evaluate how the rising number of pediatric mental health emergencies affects emergency department operations, including crowding, boarding times, and patient flow, providing vital insights for resource allocation and system improvements.
Screening and Risk Stratification
Screening and risk stratification aim to improve early detection of children at risk for self-harm or psychiatric crises in emergency departments. Research in this area may involve validating or adapting brief screening tools, such as the Ask Suicide-Screening Questions (ASQ) or the Patient Health Questionnaire for Adolescents (PHQ-A), for routine use in emergency settings. Further studies could evaluate screening completion rates and patient outcomes after implementation, providing insights into effectiveness and feasibility. Additionally, exploring the role of family involvement in screening might enhance the accuracy, acceptability, and overall success of these early detection methods. A significant challenge is that teens and preteens are often not forthcoming, especially in an ED setting. Many patients were later found—during treatment or post-discharge interviews—to have undisclosed suicidal thoughts or attempts, often unknown to parents and without prior healthcare or behavioral health contact.
Acute Care and Crisis Management
This section discusses strategies to improve the quality and safety of emergency department care for children experiencing mental health crises. Research includes intervention trials testing de-escalation training, safety planning procedures, or sedation methods to ensure safe and effective management of acute episodes. Simulation studies may also be used to evaluate staff confidence, teamwork, and decision-making during pediatric behavioral emergencies. Additionally, trauma-informed care research examines how environmental changes or communication techniques affect patient and family distress, aiming to create a more supportive ED experience. Studies on medication assess the safety and effectiveness of pharmacologic treatments for agitation, providing clinicians with evidence-based guidance for managing high-risk pediatric patients. Despite extensive research on making ED care more therapeutic and supportive, implementing these solutions remains difficult. For instance, there is insufficient Peds ED space to ensure privacy and confidentiality during interviews, and this issue still needs to be addressed. With a significant increase in mental health challenges and crises among children and adolescents, emergency physicians need more training on this topic. They must become better at recognizing children in distress and understanding how to prevent them from ending up in the ED.
Disposition and Continuity of Care
Disposition and continuity of care aim to improve safety after discharge and ensure effective connections to follow-up services for pediatric patients in mental health crises. Research in this area may include cohort studies that track completion of follow-up appointments after ED discharge to identify care gaps. Quality improvement efforts could include “caring contact” calls or texts to provide timely support and reduce the frequency of crises. Telepsychiatry pilots can evaluate the timeliness, satisfaction, and clinical outcomes of virtual consultations compared with traditional in-person evaluations. Additionally, studies of community linkage models can assess the effectiveness of partnerships with schools, outpatient providers, and community organizations in facilitating warm handoffs and enhancing continuity of care for at-risk youth.
Boarding and System Design
Boarding and system design address a crucial operational challenge in pediatric emergency care: prolonged stays of children experiencing mental health crises in the ED while awaiting placement. This research may measure boarding times and related outcomes for psychiatric versus medical patients to evaluate their impact on care and safety. Studies could assess the effectiveness of ED-based behavioral health pods or observation units in improving throughput and patient experience. We document children awaiting psych beds and their duration in the ED. Predictive models can be developed to identify patients most at risk of extended boarding, considering factors such as bed availability, insurance status, and, if it’s not a city hospital, which private insurance plans it accepts. This enables proactive resource management planning. Additionally, researchers can compare flow and safety metrics before and after operational changes to identify best practices for reducing boarding, improving ED efficiency, and providing high-quality care for all pediatric patients.
Implementation and Policy Research
Implementation and policy research aim to translate effective pediatric mental health interventions into practice in real-world emergency departments. This research can use established implementation frameworks to evaluate the adoption, feasibility, and sustainability of new screening tools or care pathways. Studies may examine barriers and facilitators to implementing mental health interventions across ED sites, identifying factors that influence success and scalability. Multicenter collaborative research through networks can enhance the generalizability of findings and accelerate dissemination. Additionally, policy-focused studies can assess the impact of state- or hospital-level pediatric behavioral health reforms on ED procedures, patient outcomes, and system efficiency, providing evidence to guide decision-making and improve care delivery on a larger scale.
Educational Research
Educational research in pediatric mental health focuses on strengthening training and preparedness among emergency department clinicians. This includes developing and implementing simulation-based, real-world scenarios within a child and adolescent psychiatric clinic curriculum to help staff safely and effectively manage pediatric psychiatric emergencies. The research may also evaluate the effects of educational interventions that target essential skills such as suicide risk screening, de-escalation, and trauma-informed care. Many schools have adopted a trauma-informed educational model for their students and classrooms, which often results in fewer children being sent to the ED for behavioral problems. Additionally, studies can examine long-term knowledge retention and how training influences clinical behaviors, providing evidence for best practices in education and supporting ongoing professional development to improve patient outcomes in the ED.
Innovative Frontiers
Innovative pediatric mental health research examines how technology and new strategies can bridge gaps in emergency care. Studies may develop and test digital follow-up tools, such as apps or text-message systems, to support patients after ED discharge. Machine learning can predict crisis recurrence and identify high-risk youth, enabling proactive intervention. Virtual reality may be used for clinician training and to soothe or engage patients during stressful ED visits. Additionally, research could explore integrating peer navigator or family partner programs into the ED to improve support, engagement, and continuity of care, combining technological solutions with human-centered strategies to improve outcomes for children in crisis.
Practical Next Steps for ED Physicians
Practical next steps for ED physicians include starting with manageable projects that can evolve into formal research. Quality improvement initiatives or retrospective chart reviews are effective ways to investigate pediatric mental health in the ED. Early collaboration with professionals in psychiatry, social work, and pediatrics provides essential expertise and support. Using existing data from institutional or regional registries can simplify research and enhance study power. Physicians are also encouraged to seek mentorship and join research networks to access resources, guidance, and multicenter opportunities. Ultimately, focusing on feasibility is crucial: designing studies that integrate smoothly into routine clinical workflows ensures sustainability, minimizes disruptions to patient care, and increases the likelihood of generating meaningful, actionable results.
Fellowship Coordinator: Andria Daily: adaily@northwell.edu
Fellowship Details: The Emergency Department at South Shore University Hospital, located in Bay Shore, NY, is launching a new Resuscitation & Emergency Critical Care Fellowship to commence in July 2026. This is a one-year, non-ACGME fellowship offering unparalleled training for Emergency Medicine residency trained physicians. It will provide intensive, one-on-one mentorship at a high-volume (83,000+ visits annually) Level I Trauma, STEMI, and Comprehensive Stroke Center, with dedicated rotations in diverse ICUs, robust simulation access, and protected time for didactic learning and fellowship duties.

John DeAngelis, MD FACEP
Associate Professor of Academic Emergency Medicine
Assistant Program Director
University of Rochester Medical Center

Julie Endrizzi, MD
Assistant Professor of Emergency Medicine, Lake Erie College of Osteopathic Medicine
Attending Physician, Unity Hospital
The profession of Emergency Medicine (EM) is notorious for its ability to upset its practitioners’ sense of balance and wellness in life. Our specialty consistently has burnout rates >50%, and usually tops the charts on burnout by specialty. Early in our EM careers Julie and I both found ourselves burned out after only a few years of practice and began considering exit strategies; but through the use of mindfulness interventions and practices we were reinvigorated and reinvested in the art of Emergency Medicine. We credit the cultivation of mindful practice with saving our careers. So it is with some distress that we see the terms “mindfulness” and “wellness” being used interchangeably with increasing frequency, when they are definitely not synonymous. Mindfulness is a specific and individual contemplative practice, while wellness involves a far broader range of individual, organizational, and system-level conditions and practices. Emphasizing this distinction feels especially vital in a clinical environment where language often guides how problems are defined, who is held responsible for them, and what solutions are ultimately pursued.
In the Emergency Department (ED), this conflation of “mindfulness” and “wellness” is not merely semantic, it has important practical and ethical implications. Mindfulness, as a personal practice of present-moment awareness and nonjudgmental attention, is becoming a popular offering to clinicians as a tool to cope with stress, ethical challenges, and high-acuity workloads.1,2 Wellness, however, encompasses much more than a single item in an individual’s toolbox of coping strategies; it covers structural issues such as staffing, scheduling, and access to institutional support.3,4 Maintaining a clear conceptual boundary between mindfulness and wellness is essential to designing interventions that are both compassionate to individuals and implementable at an organizational level. When the boundaries are blurred, wellness initiatives can devolve into asking already overburdened clinicians to “fix” their distress through more self-regulation, rather than addressing the conditions that generate that distress in the first place.
Defining mindfulness
In the literature, mindfulness is described as both a dispositional trait and a trainable practice characterized by present-moment awareness, nonreactivity, and nonjudgmental attention to internal and external experiences.1,5 Specific interventions to train mindfulness skills include such activities as meditation, STOP think practices, box breathing, and narrative reflection. Longitudinal and cross-sectional work in emergency care shows that higher baseline mindfulness predicts lower depression, anxiety, and social impairment over time, and that mindfulness is associated with reduced burnout among ED personnel.6,7
Intervention studies demonstrate that mindfulness training reduces stress and burnout among interns and other clinicians, and that even brief, pre-simulation mindfulness sessions can improve state anxiety, cognitive load, and teamwork.8,9,10,11 Specific components of mindfulness, such as nonreactivity, conscious action, and nonjudgment, correlate with better situational awareness and leadership performance in emergency simulations, reinforcing that mindfulness is a discrete, measurable construct rather than a vague synonym for “feeling well.”12,13
Defining wellness
Wellness in EM is a broader construct encompassing individual, interpersonal, and organizational factors such as work–life integration, sleep quality, social support, psychological safety, institutional debriefing, professional fulfillment, and system-level policies.14 Resilience factors like spirituality, perceptions of home life, and institutional procedures interact with burnout and fulfillment to influence outcomes (like intent to leave the profession).4,15
Consensus and guideline documents emphasize that organizational culture, staffing models, workload, and safety systems exert a dominant influence on physician well-being and on patient safety outcomes (e.g., medical errors, delayed care, documentation problems, etc.).2,3,16 From this perspective, wellness is not merely an internal psychological state but also a property of the working and learning environment that must be shaped by policy and leadership.3,10
Key differences and why they matter
At a structural level, mindfulness is an intervention and skill set, whereas wellness is an outcome and system-level multifaceted construction which includes emotional, physical, social, spiritual, and professional aspects.1,2 Mindfulness-based interventions primarily target psychological processes such as attention regulation and emotional regulation, while wellness initiatives must also address scheduling, boarding, sleep, staffing, safety, leadership, debriefing procedures, and broader organizational and cultural change.3,4,8
Three major issues arise by using these terms interchangeably. First, it produces a conceptual reductionism: collapsing wellness into mindfulness ignores other protective factors and interventions inherent to wellness that are documented in the literature. Second, it individualizes responsibility by implying that burned-out clinicians simply need to build up their personal resilience through activities like mindfulness training, a concept that diverts attention from structural system-level contributors. Third, it creates measurement and policy confusion: if “wellness” initiatives are limited to mindfulness courses, organizations may overestimate their wellness efforts and fail to track broader outcomes (such as professional fulfillment, resilience, patient safety, and workforce retention).
At the end of the day, if the EM physician has nowhere to see patients due to boarding, no control over their schedule due to understaffing, or feels unsafe because of workplace violence, then adding 15 minutes of meditation before or after shift may simply lead them to be more aware of how unwell their situation has become. In our case, we have found deep fulfillment and meaning in our careers by applying mindfulness in the Emergency Department, yet we remain acutely aware of the work that must be done systemically to improve wellbeing across the field. Thus, we find in this case that words do matter, and understanding why they matter can only help to better implement both wellness and mindfulness within your department.
References

Blake Peterson, MD
Chief Resident, University at Buffalo Emergency Medicine
Chair, NY ACEP Emergency Medicine Resident Committee
I am no stranger to working on holidays. Dating back to my first job at an ice cube factory, some of the busiest days I worked were holidays. Specifically, the “Ice Cube Holidays” (Memorial Day, The 4th of July, and Labor Day) are typically days where families often enjoy picnics with loved ones in the hot summer sun, and the demand for bagged ice skyrockets. Families count on being able to stop at a convenience store or gas station and being able to pick up a bag of ice to keep their coolers cold during these events. People relied on us to be ready – just as people rely on the emergency department to be ready.
Some holidays are notoriously busy in the emergency department. Thanksgiving has some of the highest rates of visits for laceration complaints from patients that had accidents while cooking a turkey dinner. The 4th of July is infamous for orthopedic injuries secondary to fireworks – so much so that there are public health announcements each year and new episodes of HBO’s “The Pitt” feature an entire season dedicated to the increased volume found on this holiday.
This past New Year’s Eve, I found myself scheduled for a night shift in one of our local emergency departments. While the volume may not have been as high as the preceding night (at least before midnight), every patient I met recounted a story of an emergency that occurred that disrupted their plans and landed them in the hospital. Many were dressed up for parties that they would never attend and instead had to spend the night in the emergency department.
Approximately 5 minutes to midnight, one of our nurses raided the Christmas decorations and found a large silver ball ornament. This was fixed to the examination light in exam room 21 for our own “Buffalo Ball Drop”. 2 minutes to midnight, a page went off to our department phones to meet in room 21. Nurses and attendings had prepared a sparkling grape juice toast, complete with plastic flutes to toast at midnight and ring in the new year. Many of our nurses and staff recounted how they had worked year after year on New Year’s Eve and brought in the new year together, and now I could see why.
As the clock struck midnight, we toasted to the year ahead before returning to our respective stations. We followed up on labs and imaging, called new consults, delivered good and bad news – and through it all we were there for patients in a day when they needed us most.
I will be working many holidays throughout my career in emergency medicine, and if you are reading this, it is likely that you will be too. While working those holidays, it is critical to take a moment – even if it is just 2 minutes in exam room 21 – to reflect on the day and recognize that you are there for your patients on a day when they may need you the most. Happy New Year!

Sophia Lin, MD FPD-AEMUS FACEP
Assistant Professor of Clinical Emergency Medicine and Clinical Pediatrics
Director of Emergency Ultrasound
Department of Emergency Medicine
Weill Cornell Medicine

Cole Schailey, DO
Medical Education Fellow
University of Rochester Medical Center

Lisa Lincoln, MD FACEP
Assistant Professor of Emergency Medicine
Co-Director of Emergency Medicine Simulation
University of Rochester Medical Center
Medical expertise requires a commitment to lifelong learning; feedback plays an essential role in this process.1 The ability to offer and receive effective feedback is a skill that requires effort, practice, and reflection.
However, we must not oversimplify the feedback process in medical education. Feedback does not occur in isolation. We are privileged to work with highly skilled and highly motivated learners. These learners have often had a lifetime of academic success, and feedback perceived as critical can feel uncomfortable, or, at worst, threatening. Moreover, we exist in a culture that can feel increasingly critical and divisive. Simply watching television gives myriad examples of sports journalists criticizing world-class athletes, political commentators critiquing the latest decision-making, and tabloids underscoring celebrity blunders. Can we accept well-intentioned feedback with this backdrop of hypercritical culture? Can we promote the notion that one does not need to be deficient in order to have room for improvement?
The literature has placed significant emphasis on the “when” and “how” of effective feedback, including the importance of delivering clear, specific, timely, and actionable feedback7. Although these factors are essential, we cannot overlook that even ideally structured and well-timed feedback is meaningless if it is not heard and internalized by the recipient. Feedback is a multilayered social exchange. To be delivered effectively, there also needs to be emphasis on the “who” and “why” of an impactful encounter.
WHO:
Two individuals could offer the same feedback, and the recipient could have two vastly different takeaways. Why? A learner’s reaction to feedback is often influenced by both the perceived credibility of the source, and the perceived intention of the feedback.4
Importantly, feedback from an empathetic, encouraging source tends to be most impactful4. Moreover, these teachers are viewed as more credible when their feedback aligns with a learner’s self-assessment4. Therefore, it may be useful to begin a feedback encounter with an opportunity for self-reflection. This reflection may start with a simple open-ended question and a genuinely curious approach to help explore the learner’s thought process. The conversation can then build on perceived successes and challenges.
Additionally, feedback is best received when the learner believes that the teacher has their best interests at heart.2,3 This factor allows information to be received as advice intended for growth rather than as a critique from a person in a position of power. To convey this feeling to the learner, the teacher must create a safe and inquisitive environment. Importantly, this does not equate to an “easy” or “laid back” environment. In Ken Bain’s 2004 book, What the Best College Teachers Do, teachers cited as the most impactful were not the ones who made their classes easier. Rather, the most successful educators made their classes appropriately difficult and supported their students to meet higher standards. Not only did students prefer these experiences, but these learners also showed improved knowledge retention compared to their contemporaries.
Therefore, our learners best internalize our feedback when we demonstrate that we are invested in their growth. As educators, we care deeply for our learners; demonstrating our mutual respect and trust is a significant factor in establishing credibility. These goals can be accomplished in simple ways: taking two minutes at the start of a shift to learn something about your learner’s personal life demonstrates your care. Additionally, telling your learner about your personal goals for growth helps to create a trusting, collaborative environment.
Learners tend to seek and value feedback from role models.4 We can model the behaviors that we hope to instill in our learners: we can seek feedback and grow from it, create a collaborative and psychologically safe environment, and emphasize curiosity.
Creating a supportive environment lays the groundwork for having a meaningful, impactful relationship with our learners. Judicious feedback that honors the learners’ growth and efforts will help them to find success on their educational journey.
WHY:
Feedback accomplishes more than correcting an action or reinforcing a strength; it communicates our values and our expectations of the learners. In contrast, giving no feedback communicates that the learner is “good enough”. What are our values? Why do we give feedback? Simply put, we provide feedback in the name of continuous growth.
Many of us are familiar with the term Growth Mindset, the concept that intelligence, abilities and talents are malleable and can improve with effort. This contrasts with a fixed-mindset, or seeing these traits as inherent to the individual.5 The term Growth Mindset was coined by Carol Dweck, popularized in her 2006 book, Mindset: The New Psychology of Success. Throughout the past two decades, there has been a plethora of research about the Growth Mindset and its practical benefits. It has been associated with numerous positive outcomes including improved academic achievement, engagement, willingness to handle new challenges, motivation to learn, and enjoyment of the process of learning.6 A culture of effective feedback promotes this philosophy of continuous growth. Moreover, feedback provides an opportunity to convey belief in the learner’s ability. As educators, we want our learners to flourish, and fostering belief in their growth is integral to achieving this goal.
The “why” can be used to inform the “how” and “what” of feedback. Focusing on the true goal of feedback, instillation of intrinsic desire to pursue continuous growth, can be helpful when providing feedback for learners who are already meeting their educational milestones. It may also be useful in shaping the content of the feedback, keeping effort as a factor in addition to normal measured outcomes. By partnering with our learners, we can provide useful, impactful feedback to empower each learner to reach their full potential.
Takeaways:
References:


Lauren Curato, DO FACEP
Assistant Professor, Department of Emergency Medicine
Columbia University Irving Medical Center/ NewYork-Presbyterian Hospital
Chair, New York ACEP Membership Engagement & Development Committee

Interviewer
William Caputo, MD MS FACEP
Residency Director, Associate Chair of Training and Education
Department of Emergency Medicine
Northwell Health at Staten Island University Hospital

Interviewer
Daniel Mor, DO MEHP
Associate Program Director
Department of Emergency Medicine
MetHarlem EM Residency Program

Interviewee
Michael Meguerdichian, MD MHP-Ed
Chief System Medical Simulation Officer, NYC Health+Hospitals/Institute
Attending Physician, Assistant Professor at the NYC Health+Hospitals:
Harlem Emergency Department and Columbia University Vagelos College of Physicians and Surgeons
Introduction:
Simulation plays a pivotal role in the training of Emergency Medicine (EM) physicians by providing a safe, controlled environment to develop and refine critical clinical, procedural, and decision-making skills. In the high-stakes, time-sensitive world of emergency care, simulation allows residents to practice managing complex and life-threatening scenarios without risk to patients. Through the use of high-fidelity mannequins, standardized patients, and virtual reality platforms, trainees can experience realistic representations of resuscitations, trauma management, airway interventions, and team leadership. These experiences enhance not only technical competence but also communication, teamwork, and situational awareness—key components of effective emergency care. EM has always been at the forefront of simulation in educating our learners.
We have the privilege of interviewing an expert on this topic, Dr. Meguerdichian, to discuss this topic.
Dr. Mor: How did you come about having your current role?
Dr. Meguerdichian: I ended up on this trajectory because I had a lot of imposter syndrome around being a physician. As a result, it led me to want to know it so well that I could teach somebody else. This opportunity then opened up for me because my peers saw my passion for teaching. I enjoyed teaching so much that somebody said to me, “Do you want to try to make this into a career?” In doing that, it opened up a whole new world of people challenging me. What really allowed me to ascend to where I am today—instead of getting resentful, angry, and defensive—was that I welcomed the challenge. It allowed me to evaluate and think about my next growth opportunity. I’ve come to realize I always look for the next opportunity to grow more and to continue challenging myself and my career.
Dr. Caputo: What was the gap in educational training that drew you in?
Dr. Meguerdichian: Initially, I was really driven to go down the path of residency training. I wanted to be a residency director. I believed that would be where I would be happy. During my residency program at Jacobi Medical Center, we didn’t have anything in simulation at the time. I was hearing rumors about other residency programs and their simulation experiences, and I became jealous. When I was chief resident, I invited Healthcare Simulation into our program. Initially, my thought was that we needed simulation to be competitive in a market that is looking for the best and the brightest, and I wanted to bring the best and brightest to our residency program. In doing this, it created an opportunity that I did not anticipate.
In preparing our simulation program, I invited Dr. Haru Okuda to help start our simulation program within Health and Hospitals. This collaboration is where everything kind of launched. The gap that I tried to fill wasn’t about my own self-drive to push my career to where it is today. As chief resident, I wanted to bring better care, better residents, and better training to where we worked. At the end of the day, I went into medicine because I cared about the quality of care we’re giving our patients.
Dr. Mor: How did you manage to carve the path you did to get to your current role?
Dr. Meguerdichian: I got into simulation around 2012. CMS, the Center for Medical Simulation, was invited to our program. I had this impression because of the selective feedback that I had heard. Everybody would tell me that I did a great job. Very often, people will withhold their criticisms. I felt so empowered because I was a good teacher. I never thought that I needed to do anything more than just keep doing what I was doing.
Walter Eppich, a pediatric ER physician who was working with the Center for Medical Simulation out of Harvard, saw all the stuff that I was doing, and he said, “I think you could be better.” He questioned which learning theories and educational strategies I was using. I was trying to be a know-it-all, and he told me that it was really clear that I didn’t really know what I was talking about. He said, “You don’t have educational theories that you’re basing your teaching in. I think you need to learn more.”
I didn’t take that well; it got me very upset. My boss at the time was dangling the idea that I should be teaching at Harvard, and I had never been to an Ivy League school. That juxtaposition of “You should be teaching at an Ivy League school” and “You don’t know what you’re talking about” was a big blow to my ego. At first, I responded defensively, and I started reading. I started pulling up articles on teaching theories and philosophy, and it made me realize I really didn’t know anything about education.
How could I assume that I was going to be able to educate people when I knew nothing about education? I knew nothing outside of the good examples that I had seen before me. I was frustrated with my lack of awareness and overconfidence. Looking for mentorship in my development, I was advised to start publishing more and doing more research. So I started thinking that I could write about all these medical things that scared me because of my imposter syndrome. I realized quickly that that wasn’t exactly what interested me. I was more drawn to topics like, “How can I learn something and remember it?”
Another mentor of mine, Dr. Yvette Calderon, recommended the Harvard-Macy Program. I started this program and realized there’s a whole world around education, and I was hooked. I got hungry for this information; I wanted to learn it and bring it back to my peers. This just launched me into the career that I am in today.
Dr. Caputo: What have you found most difficult about the role you are in currently?
Dr. Meguerdichian: Being a thought leader while managing growth in individuals. The more people you have reporting to you, the more challenging that gets. The reality is that people are people. They get caught up in things that distract them from their ability to see the common goal. They get caught up in minutiae, whereas for me, I don’t care about the minutiae. I care about impact and end goals. I want to get to a point where we are making a difference.
It’s that balance that I find a little challenging right now. Managing people, you know that they’re going to make mistakes, but if you don’t let them make those mistakes, they won’t learn. Learning and balancing this as a manager has proven to be the most difficult for me.
Dr. Mor: If you could go back and give yourself advice on how to advance your career, what would it be?
Dr. Meguerdichian: Be more curious and learn how to network better. The reality is that people hold such a wealth of knowledge and ideas. I was very sluggish in adopting social media in a meaningful way, which really hindered my ability to network. My LinkedIn game was weak sauce. My team and I were doing so many cool things, and by not having this aspect set up correctly, I feel that I really hindered our growth initially. I realized after publishing papers that once I started to promote these works on social media, my viewership and opportunities really skyrocketed.
Dr. Caputo: If someone wants to pursue administration through simulation or advance the field of simulation, what would your advice be?
Dr. Meguerdichian: You need to know the job that needs to be done. I think that when we see people rise too quickly into administration, we find that they don’t know how to manage because they don’t know what tasks need to be achieved. There is also a difference between management and leadership. Management kind of deals with operations and day-to-day tasks, like organizing schedules that give you the most bang for your buck, versus leadership, which is managing a mission and vision. You have to create drive and make tweaks on how to best achieve this.
You have to manage not just the team but also your stakeholders who are supporting you. You have to learn how to get feedback and make modifications. Another niche finding I would recommend, specifically in simulation, is to learn about cost. Even though you might not be making purchases, you need to understand the cost of equipment you are using, staffing costs, and the cost of time spent on a project. Once you understand cost, you can think about your return on investment.
I highly recommend Kern’s Six Steps. You need to go from having an idea of what the problem may be to actually learning what the problem is without bias. Using these steps, you can design objectives, meet needs, and design educational strategies with feedback mechanisms to measure outcomes. Once you really understand this process, you can replicate it and expand it to many other aspects of what you and your team want to do.
Dr. Mor: Where do you see the next frontier in simulation?
Dr. Meguerdichian: People have really been finding interest in virtual reality and gamification of experiences. I see limitations here. For example, applying an idea within a clinical environment is probably more important than some of the learning concepts virtual reality can offer. It’s not the knowledge; rather, it’s the application of knowledge within that environment.
Augmented reality is likely the next frontier that will change education. Artificial intelligence is also up and coming. There are artificial programs now that can pull up evidence-based papers, but at the same time, they are not recognizing the validity of the evidence collected. We still have to learn how to assign value to evidence and papers to understand how good the evidence is. We need to learn how to bring that information to the bedside in a way that doesn’t eliminate the humanization of medicine. The next frontier is not only how we interface with AI, but also how we maintain curiosity and ask better questions to be able to interface with it more effectively.
Dr. Caputo: Can you give us your top five tips and tricks to become a better simulationist?
Dr. Meguerdichian:
References:

Maria Tama, MD
Assistant Professor of Pediatrics in Emergency Medicine
Zucker School of Medicine at Hofstra/Northwell
Director, Division of Emergency Ultrasound
Staten Island University Hospital- Northwell Health

Sylvia E Garcia, MD
Assistant Professor, Pediatrics and Emergency Medicine
Icahn School of Medicine at Mount Sinai

Joloire Lauture, MD
Mount Sinai Emergency Medicine Residency, PGY-4
Introduction:
The prevalence of traumatic presentations in pediatric EDs has been estimated to be around 17.5%.1 Of the traumatic presentations, fall is a primary mechanism.2 In our pediatric patients, this often leads to head injury, which can be classified as a relatively common presentation. Head injury is easy to diagnose by history, but our goal as emergency physicians is to risk stratify these cases for serious intracranial injury. Most trainees are aware of and rely on the PECARN Pediatric Head injury algorithm as a helpful diagnostic tool. This piece aims to focus on some of the potential pitfalls of using such decision tools in the pediatric ED.
Due to physical and cognitive differences, our pediatric patients have unique risks for sustaining head injury. For example, proportionally larger heads change the mechanics of falling and shear stress, and the presence of open skull sutures may change symptomatology.3 This paired with a potential proclivity for falls in young children learning to walk or children involved in sporting activities leads to various situations that need to be considered.
PECARN Pediatric Head Injury tool:
This well-known tool was derived from a prospective cohort study (Kupperman 2009) which examined 42,000 children who visited an ED for head trauma. They studied the children with abnormal findings on head imaging and derived an algorithm based on certain risk factors that were positively associated with clinically significant TBI found on computerized tomography (CT) scan. To validate the tool, the derived algorithm was then retroactively applied to the study cohort by age. Of note, exclusion criteria for the study included age above 18, injury occurrence more than 24 hours prior to ED arrival, suspected non-accidental trauma, and medically complex patients. No cases of clinically important TBI were misclassified as low risk by the tool, showing it to be reliable.

Case 1, from our hospital:
A 4-week-old male with no significant medical history presented after falling 3 feet from his mother’s arms onto concrete without loss of consciousness. The child was subsequently consolable and able to feed. He was noted to have a parieto-occipital hematoma with an otherwise atraumatic and intact neuro exam. In accordance with the PECARN algorithm, providers in the case ordered a CT of the head which revealed a parietal skull fracture and small subarachnoid hemorrhage. The child was transferred to a pediatric trauma center and was eventually discharged at baseline from the hospital after treatment and monitoring.
Case 2, a hypothetical:
A 4-month-old female with no significant medical history presents after a ground-level fall from her sibling’s lap with head strike. The child cried immediately and has since been feeding and behaving as normal. She is awake and alert, has a large boggy frontal hematoma but an otherwise atraumatic and non-focal neurologic exam. In accordance with the PECARN algorithm, the providers in this case do not order a Head CT and discharge the patient home.
Discussion:
In the first case, the PECARN head injury algorithm appropriately caught an abnormal CT. The second case, however, reveals a potential pitfall. While the algorithm does note less than 3 months as a factor to consider CT imaging (Figure 3), this is only in children who have other high-risk features. The child in case two did not have any high-risk features and observation of CT would not be recommended. Here, the Infant Scalp Score is a tool which helps to address this pitfall.
Infant Scalp Score:
The Infant Scalp Score (ISS) is a, perhaps lesser-known, decision tool used to risk-stratify head trauma in asymptomatic infants. It was derived from a prospective cohort study of 608 pediatric ED visits (Greenes and Schutzman, 2001). Infants less than 2 years of age who were found to have skull fracture or ICH were analyzed. Their positive risk factors (e.g. younger age, non-frontal hematoma) were used to derive a screening tool that considers age and scalp hematoma characteristics.5 Of note, exclusion criteria included concern for non-accidental trauma, abnormal neuro exam, and abnormal vital signs. The tool was then validated by a follow-up 2010 prospective observational study where, in the case of children with a risk score of 3 or higher, 100% of cases of intracranial injury were discovered.6 Additional studies have been done demonstrating increased risk in children younger than 3 months of age with head injury, with greater than 50% having ICH by some analyses.7,8

Conclusions:
Pediatric head trauma is a relatively common ED presentation. Clinicians are incentivized to identify those patents most likely to have a clinically significant brain injury to avoid morbidity and mortality. Conversely, we aim to be judicious in the use of CT imaging in pediatric patients due to risks associated with radiation exposure. Thus, it is helpful to have well-validated and evidence-based decision tools to aid in care. Trainees should consider the following to avoid diagnostic pitfalls:
References:


Samuel E Sondheim, MD MBA
Assistant Medical Director, MSM ED
Assistant Professor
Department of Emergency Medicine, Mount Sinai Health System
2025 Inaugural New York ACEP Fellow
Emergency medicine thrives in moments of urgency and emergency where we routinely make thousands of split-second decisions every shift—but shaping its future requires thoughtful vision, strategic alignment, strong leadership, and patience. This past year, as one of the inaugural NY ACEP Leadership and Development Fellows, I was privileged to step beyond the walls of the ED into the “behind the scenes” where policy is debated, decisions are made, and strategies are defined. I discovered that advocacy is not just about speaking up—it thrives on relationship building, crafting narratives, and leading with purposeful vision.
Over the past year—through NY ACEP—I engaged with leaders who shape policy, tirelessly advocate for our specialty, and continually advance the practice of emergency medicine. This fellowship offered opportunities that were both educational and inspiring, and I am grateful for the chance to contribute to NY ACEP’s mission while growing as a leader.
One of the most impactful experiences was participating in NY ACEP’s Lobby Day in Albany. I joined NY ACEP leadership in meetings with state legislators to advocate for policies critical to emergency medicine and patient care. These conversations underscored the importance of physician voices in shaping legislation and gave me firsthand insight into the complexities of state-level advocacy and politics. Beyond simply learning the issues—such as workplace violence, scope of practice, CMS reimbursement, wrongful death legislation, among others—I observed the strategic thinking that goes into lobbying, how to frame arguments, prioritize agendas, and build coalitions to advance policy. This experience reinforced how essential it is for emergency physicians to engage in the political process to protect access to care and support our workforce.
On the national stage, I attended the ACEP Leadership and Advocacy Conference (LAC) in Washington, D.C., where I participated in lobbying efforts with members of Congress and their staff. Walking the halls of Capitol Hill alongside colleagues from across the country was a powerful reminder of the collective strength of our specialty. I learned how federal policy impacts emergency medicine and gained practical experience in communicating our priorities to lawmakers. While this may sound theoretical in nature, the issues raised affect us undoubtedly on every shift—future changes from this advocacy will enhance and improve our specialty and the work we do day-to-day. These interactions required not only knowledge of the issues but also the ability to adapt messaging to different audiences—a skill that is vital to any leadership role.
Another highlight was participating in NY ACEP’s preparations for ACEP Council. I observed how our chapter evaluates proposed resolutions, determines priorities, and strategizes co-sponsorship. This process provided a window into the governance structure of ACEP and the mechanisms through which policy is shaped within our organization. Understanding how resolutions move from concept to adoption was invaluable and will inform my future involvement in organized medicine.
Throughout the year, I attended multiple NY ACEP committee meetings, which offered a broad view of the chapter’s work beyond advocacy. From education and clinical practice to governance and workforce issues, I saw how diverse committees collaborate to address challenges facing emergency physicians. These experiences highlighted the depth and breadth of NY ACEP’s efforts to support its members and improve patient care across New York State.
Equally important were the relationships I built during this fellowship. I had the privilege of learning from seasoned leaders who generously shared their insights on leadership, advocacy, and career development. These mentors provided guidance that will shape my trajectory for years to come. Networking with peers and national leaders expanded my professional community and opened doors for future collaboration.
A highlight from the national ACEP conference in Salt Lake City included participating in media training sessions designed to prepare physicians for public-facing roles. Learning how to communicate effectively with journalists and the public was a unique and valuable experience—a skill set that complements advocacy and leadership by ensuring our message reaches a broader audience.
This fellowship has been transformative for my professional development. It strengthened my leadership skills, sharpened my strategic thinking, and taught me an approach to navigate complex policy environments. I leave this role with a toolkit of skills—advocacy, communication, coalition-building, and organizational insight—that I can apply to any future job or initiative. Most importantly, it reinforced my commitment to advancing emergency medicine through leadership and advocacy.
I encourage other early-career physicians to seek out similar opportunities. These experiences not only elevate our understanding of our specialty but also empower us to make lasting impacts on the future of emergency care. I thank the NY ACEP executive leadership team for this extraordinary opportunity and look forward to seeing many of you in Lake George in July!

Daniel Novak, DO MBA
Assistant Medical Director
Maimonides Medical Center
2025 Inaugural New York ACEP Fellow
This past year I had the unique opportunity to be one of the two inaugural fellows for the NY ACEP leadership and advocacy fellowship. This year has been transformative and has allowed me to grow as a leader. I am currently an Assistant Medical Director at Maimonides Medical Center in Brooklyn, NY. I recently completed a fellowship in Administration & Operations.
I was drawn to this fellowship, which focused on the importance of advocacy within our specialty, to learn more about the impact emergency medicine physicians can have towards policy change. I learned how impactful our voices can be to help guide change that would benefit physicians but more importantly, our patients.
Advocacy is essential in emergency medicine because emergency departments sit at the crossroads of health care, public policy, and social inequity. Emergency physicians and clinicians witness firsthand how systemic barriers—such as lack of insurance, housing instability, structural racism, and limited access to primary care—directly shape patient outcomes long before and long after an emergency visit. Advocacy allows emergency medicine professionals to extend their impact beyond the bedside by addressing these root causes, influencing policies that affect patient safety, access to care, and workforce sustainability. Whether advocating for violence prevention, equitable disaster response, mental health resources, or fair reimbursement and staffing models, emergency clinicians bring credibility, urgency, and lived experience to these conversations. By engaging in advocacy, emergency medicine upholds its core mission: to care for all patients, especially the most vulnerable, and to strengthen the systems that determine health in moments of crisis.
During the fellowship I had the opportunity to attend advocacy day in Albany. I was specifically touched by our advocacy efforts around workplace violence. NYACEP has had a significant impact on raising awareness of this critical issue and through their efforts have brought about change that allows all of us to feel safer coming to work. Through this experience I learned that it is difficult for legislators to understand the challenges physicians may face when on duty. Sharing our firsthand experiences can help encourage legislators to address our concerns.
As part of this fellowship, I had the opportunity to represent New York during the National ACEP council meeting. Attending the national ACEP Council meeting was an inspiring experience that highlighted the collective power of emergency physicians from across the country. Being in a space where clinicians from diverse practice settings came together to debate, refine, and advance policies, reaffirmed the strength of shared advocacy rooted in frontline experience. The passion, thoughtfulness, and commitment to patient-centered care evident in every discussion highlighted how individual voices contribute to meaningful, national-level change. Witnessing resolutions transform into action reinforced my belief that advocacy is not separate from clinical practice but an essential extension of it, and it motivates me to remain actively engaged in shaping the future of emergency medicine.
Working alongside the New York American College of Emergency Physicians (NYACEP) board this year has been a formative experience that deepened my understanding of physician advocacy and organized medicine. Through council meetings, policy discussions, and engagement with state and national leadership, I gained firsthand exposure to how decisions affecting emergency physicians and patients are shaped at the legislative and organizational levels. Participating in debate and voting on resolutions reinforced the importance of representing diverse perspectives across emergency departments throughout New York State, while also highlighting the power of a unified voice in advancing issues such as patient safety, workforce protection, and equitable access to care. This experience strengthened my confidence as an advocate, sharpened my leadership skills, and affirmed the critical role that physician engagement plays in shaping the future of emergency medicine.
The board and executive director of NYACEP truly are an inspiring group of people. They have been excellent mentors to me and my co-fellow. They are passionate about growing and advancing our specialty. They have all helped me grow immensely as a leader over this year and I look forward to continuing to work closely with the NYACEP group. I am thankful for the opportunity to get to meet my amazing co-fellow who has become good friend of mine. I highly recommend this experience to any new graduates with interest in leadership or advocacy. Working alongside the board of NYACEP and attending all of the meetings throughout the year has been nothing short of inspiring and has certainly made me excited about the future of our specialty. I look forward to continuing to be involved with NYACEP in the future.