Neurology

What Neurology Residents Actually Do Day-to-Day

Neurology residency is structured around two distinct clinical modes that coexist throughout training: the consult neurologist and the primary-team neurologist. Understanding both is essential before you commit.

As an intern, your days are built around admissions, floor management, and the neurology consult service. A typical inpatient day involves pre-rounding on a panel of patients with strokes, seizures, encephalopathy, demyelinating disease, and neuromuscular emergencies, then conducting attending rounds, then fielding new consults from medicine, surgery, and the ED. The neurological examination is not a screening tool here—it is the primary instrument. You will spend the first year learning to perform it precisely and interpret it clinically. That investment is front-loaded and real.

Stroke alerts are a recurring feature of inpatient life at any comprehensive stroke center, which most training programs are. These are time-sensitive activations that require rapid examination, imaging interpretation, and decision-making about thrombolysis or thrombectomy candidacy. The cadence varies by institution but occurs multiple times per week at busy centers. You will become fluent in this workflow.

Upper-level residents carry heavier supervisory responsibility and begin accessing subspecialty rotations: epilepsy monitoring units, neuro-ICU, neuro-oncology, outpatient movement disorders, multiple sclerosis clinics, headache centers, and EMG/nerve conduction study labs. The EMG lab is a procedural environment—NCS requires technical skill and pattern recognition, and residents who engage it seriously emerge with a genuinely marketable competency.

Outpatient clinic runs throughout residency, not just in the later years. Continuity clinic panels include patients with epilepsy, Parkinson's disease, MS, peripheral neuropathy, and headache disorders—patients you will follow longitudinally across multiple years of training. This is not a specialty that warehouses outpatient care until fellowship.

Overnight call varies substantially by program structure. Some programs use a traditional overnight system; others use night-float or shift-based models for intern year. At programs with an active neuro-ICU, overnight coverage is procedurally and cognitively demanding. At programs with smaller critical care footprints, overnight call is primarily stroke alerts and floor management.

The honest self-screen: if you find the neurological examination tedious rather than informative after multiple exposures, that signal matters. Residents who thrive use the exam the way internists use the metabolic panel—not as ritual, but as data generation.

The Neurology Personality Profile

Neurology selects for a specific cognitive style. It rewards systematic anatomical reasoning over pattern-matching by chief complaint, which means the specialty attracts people who find localization genuinely satisfying rather than an obstacle to treatment.

The central intellectual move in neurology is lesion localization: given a constellation of deficits, identify the single anatomical site or distributed pathway that explains all of them. This is a deductive exercise that requires holding a three-dimensional model of the nervous system in working memory and updating it with each examination finding. Residents who describe this process as interesting—rather than as a necessary step before getting to management—tend to build durable enthusiasm for the work.

Tolerance for diagnostic ambiguity is non-negotiable. Many neurological diagnoses are clinical, meaning imaging and laboratory studies confirm or exclude but do not replace examination-based reasoning. Functional neurological disorder, dementia syndromes, atypical parkinsonism, rare epilepsy syndromes—these require comfort with probabilistic diagnosis and with communicating uncertainty clearly to patients and families. Neurologists who communicate well with uncertainty build stronger therapeutic relationships; those who find uncertainty distressing tend to struggle with a significant portion of their panel.

Communication demands in neurology are high and specific. You will deliver diagnoses with major life implications: ALS, glioblastoma, early-onset dementia, treatment-resistant epilepsy. The ability to be present, direct, and compassionate across those conversations, repeatedly, is a genuine professional requirement. Students who find those conversations draining rather than meaningful should think carefully before proceeding.

Longitudinal relationship orientation correlates with satisfaction. Unlike emergency or acute-care specialties, neurology involves following patients across years and decades. Watching a patient with MS navigate disease-modifying therapy choices, supporting a family through a Parkinson's trajectory, managing a child with epilepsy into adulthood—these are characteristic features of the specialty, not exceptional cases.

Research orientation is higher in neurology than in many other fields. The specialty has significant unsolved problems, active disease-modifying therapy pipelines, and strong academic culture. Curiosity about mechanism—not just management—is a predictor of fit.

Core Clinical Skills You'll Build

Neurology residency produces a specific and marketable skill set. Knowing what you are signing up to learn helps calibrate expectations and identify genuine areas of enthusiasm.

• Neurological examination mastery. The full examination—cranial nerves, motor, sensory, cerebellar, reflexes, gait, mental status—becomes a precision instrument. You will learn not just how to perform it but how to interpret equivocal findings, recognize functional overlays, and adapt the exam to critically ill or cognitively impaired patients.
• Lumbar puncture. A core procedural competency. You will perform LPs for diagnosis of meningitis, subarachnoid hemorrhage workup, intracranial pressure measurement, and intrathecal therapy. Fluoroscopic or ultrasound guidance exposure varies by program.
• EEG interpretation. Residents learn to read routine EEGs and recognize critical patterns—epileptiform discharges, periodic patterns, burst suppression, nonconvulsive status epilepticus. Advanced continuous EEG interpretation is subspecialty-level but foundational exposure occurs in residency.
• EMG and nerve conduction studies. Procedural and interpretive skills in electrodiagnostic medicine. NCS involves placing surface electrodes and interpreting latency, amplitude, and conduction velocity. Needle EMG involves inserting electrodes into muscle and interpreting motor unit morphology. Competency varies by program emphasis; residents who pursue neuromuscular fellowship will deepen this substantially.
• Neuroimaging interpretation. Reading brain and spine MRI and CT in clinical context. You will not replace radiology, but you will develop the ability to identify acute infarcts, hemorrhage patterns, white matter lesions, herniation, hydrocephalus, and demyelinating plaques with clinical correlation.
• Acute stroke management. IV thrombolysis decision-making, large-vessel occlusion recognition, thrombectomy candidacy assessment, post-stroke care. This is a time-sensitive competency with real procedural stakes.
• Status epilepticus management. Staged pharmacological treatment, airway management decision points, refractory status management, EEG-guided titration in the ICU.
• Neuro-ICU fundamentals. Intracranial pressure management, osmotherapy, induced hypothermia protocols, brain death evaluation. Depth depends on whether your program has a dedicated neuro-ICU versus a shared medical/surgical ICU model.
• Cognitive and behavioral assessment. Formal mental status testing, dementia classification, neuropsychiatric symptom management—skills that extend beyond what most other specialties develop.

Neurology Subspecialty Landscape

Neurology leads to a wide range of fellowships. Most residents make fellowship decisions during PGY-3 or PGY-4, often based on rotation exposure and mentorship. Mapping the landscape early helps you seek targeted experiences during residency.

• Vascular Neurology (Stroke). One-year ACGME-accredited fellowship focused on acute stroke care, stroke prevention, cerebrovascular imaging, and stroke systems management. High procedural interface with interventional neuroradiology. Strong academic and clinical demand.
• Epilepsy. Typically one to two years; involves advanced EEG interpretation, epilepsy monitoring unit management, surgical candidacy evaluation, and complex polypharmacy. Some programs integrate surgical epilepsy exposure including intracranial EEG.
• Neurocritical Care. UCNS-certified, typically two years. Manages the full spectrum of neurocritical illness—hemorrhagic stroke, traumatic brain injury, refractory status, Guillain-Barré, myasthenic crisis. High procedural volume, highest acute intensity within neurology.
• Movement Disorders. One to two years; deep expertise in Parkinson's disease, atypical parkinsonian syndromes, dystonia, tremor, chorea. Involves exposure to DBS programming and botulinum toxin therapy. Strong research culture.
• Multiple Sclerosis and Neuroimmunology. One to two years; disease-modifying therapy management, CNS demyelinating disease, autoimmune encephalitis. Growing subspecialty with an expanding therapeutic landscape.
• Neuromuscular Medicine. ACGME-accredited, one to two years; expertise in peripheral neuropathy, myopathy, motor neuron disease, neuromuscular junction disorders. Strong electrodiagnostic component. Long-term relationship with complex, often progressive disease.
• Neuro-oncology. Typically two years; management of primary brain tumors, CNS metastases, leptomeningeal disease, neurological complications of systemic cancer therapy. Requires high-complexity communication and multidisciplinary integration.
• Headache Medicine. UCNS-certified; management of migraine, cluster headache, and other primary and secondary headache disorders. High outpatient volume, procedural component (nerve blocks, botulinum toxin). Growing demand.
• Behavioral Neurology and Neuropsychiatry. UCNS-certified; dementia evaluation, neuropsychiatric conditions, traumatic brain injury sequelae. Strong overlap with geriatrics and neuropsychology.
• Sleep Medicine. Board-eligible through neurology pathway; polysomnography interpretation, sleep disorder management. Cross-specialty fellowship attracting pulmonology and psychiatry as well.
• Child Neurology. Separate residency pathway (typically integrated PGY-1 pediatrics plus three years of neurology), not a fellowship from adult neurology—worth clarifying early if pediatric neurology is the goal.

Lifestyle and Work-Hour Realities

Neurology occupies a middle tier of clinical intensity among medical specialties. It is not as procedurally relentless as surgical fields, nor as isolated from acute illness as dermatology or ophthalmology. What it actually looks like depends heavily on program structure and eventual fellowship choice.

During residency: Intern year involves a genuine inpatient burden, with overnight call or night float at most programs. Call frequency varies; programs using traditional call schedules may have overnight in-house responsibility several times per month. Night float systems concentrate the overnight burden into defined blocks. Stroke alerts occur around the clock. Neuro-ICU rotations carry overnight intensity comparable to medical ICU rotations.

Upper-level years typically involve more predictable scheduling, with subspecialty rotations that are predominantly daytime. Outpatient clinic provides rhythm and continuity. Research or elective time in PGY-3 and PGY-4 is common at academic programs.

After training, by fellowship path:

• General outpatient neurology and headache: predominantly daytime outpatient, call burden typically light to moderate, often limited to phone triage.
• Epilepsy: combination of clinic and monitoring unit; overnight call for refractory status and monitoring adjustments at academic centers.
• Stroke/vascular: on-call stroke coverage is a permanent feature of the career, with nights and weekends for thrombectomy-capable centers. Highest acute call burden within neurology.
• Neurocritical care: shift-based model at most centers, with significant overnight and weekend work. Predictable but intensive.
• Movement disorders, MS, neuromuscular, behavioral neurology: predominantly outpatient, lighter call burden, strong continuity model.
• Neuro-oncology: variable by institution; multidisciplinary clinic scheduling often provides predictability, but the emotional intensity of the work is high.

The honest picture: neurology does not offer the lifestyle compression of some procedural subspecialties at equivalent compensation. Students drawn primarily by work-hour optimization should compare this field against others with clear eyes. Students drawn by the intellectual and relational work will find the lifestyle reasonable and, in most outpatient-heavy paths, genuinely sustainable.

Patient Population and Relationship Style

Neurology divides its patient panel between acute and chronic illness in a way that is distinctive among medical specialties. Understanding both registers is important because residents encounter them simultaneously throughout training.

Acute patients present with stroke, seizure, encephalitis, acute demyelinating events, Guillain-Barré, myasthenic crisis, and neurocritical illness. These cases require rapid diagnosis and time-sensitive treatment. The relationships are intense but often brief—a patient admitted for ischemic stroke workup and secondary prevention counseling may be discharged within days. What you provide is high-stakes diagnostic precision and an initial framework for a condition the patient will live with long-term.

Chronic patients form the core of outpatient neurology and constitute a significant proportion of any neurologist's career. Patients with MS, Parkinson's disease, epilepsy, peripheral neuropathy, and dementia return to clinic over years and decades. The therapeutic relationship in these cases is long and substantive. You will know these patients' families. You will adjust medications through disease progression, counsel about driving and disability, and in some cases guide end-of-life discussions. This is longitudinal medicine in its most concentrated form.

The mix matters for self-assessment. Students who want acute intensity but minimal long-term relationship work may find neurology's chronic disease burden frustrating. Students who want pure continuity with minimal acute exposure should know that most programs require significant inpatient coverage. Most neurologists describe the combination as a feature, not a tension—but it only feels that way if both registers genuinely interest you.

Disease chronicity also shapes emotional demands differently from acute care specialties. Delivering a diagnosis of ALS, watching cognitive decline across visits, managing treatment-resistant epilepsy over years—these require specific emotional capacity. Not resilience in the sense of suppressing affect, but genuine tolerance for accompaniment through progressive illness without a curative endpoint.

How Neurology Differs From Internal Medicine and Psychiatry

Students who are drawn to neurology are frequently also considering internal medicine or psychiatry. These are genuinely adjacent fields with meaningful overlaps, and the decision between them is worth making deliberately rather than by default.

Neurology versus Internal Medicine

Internal medicine is organized around organ systems and laboratory-driven diagnosis. The history and physical matter, but the data stream from labs, imaging, and monitoring often drives management. Neurology is more examination-dependent: the neurological exam generates information that cannot be fully replaced by imaging or laboratory data, and the reasoning process is anatomical rather than systems-based.

Internal medicine manages multimorbidity across systems simultaneously. Neurology typically manages a primary neurological problem in the context of comorbidities managed by other services or the patient's primary care physician. This makes neurology reasoning more focused but also more specialized.

Both fields carry significant chronic disease management. Internal medicine has a broader therapeutic toolkit with more established disease-modifying treatments across its chronic disease panel. Neurology has fewer curative treatments but has seen rapid expansion of disease-modifying therapies in MS, SMA, and Parkinson's—and that pipeline is accelerating.

Students who thrive on variety, systems-level thinking, and high-volume decision-making often prefer internal medicine. Students who find anatomical reasoning inherently satisfying and want to go deep rather than broad often prefer neurology.

Neurology versus Psychiatry

This is a more philosophically complex comparison. Both fields manage brain-based illness; the division between them is historical and partially arbitrary, and the overlap in functional neurological disorder, autoimmune encephalitis, neuropsychiatric systemic disease, and delirium is substantial.

Psychiatry is organized around phenomenology—the description and categorization of mental experiences, behavior, and affect. Diagnosis is largely clinical, without biomarker or imaging confirmation for most conditions. Treatment is primarily pharmacological and psychotherapeutic. The therapeutic relationship is explicitly central to the work.

Neurology is organized around anatomy and mechanism. Many neurological diagnoses have structural or electrophysiological correlates. Treatment increasingly involves disease-modifying therapies, though many neurological conditions still lack them. The therapeutic relationship matters but is not foregrounded in the same way.

Students drawn to the inner life of patients—the experience of illness, the structure of thought and affect—often find psychiatry more resonant. Students drawn to the physical substrate of that inner life—the lesion, the circuit, the mechanism—often find neurology more satisfying. This is not a hierarchy; it is a genuine difference in intellectual orientation.

Procedural content separates them clearly. Neurology has a procedural component (LP, EMG, EEG interpretation, botulinum toxin, occasionally DBS programming). Psychiatry does not, except for ECT and TMS at specialized centers.

Signs Neurology Might Not Be Your Fit

These are honest mismatches, not failures. Identifying them early protects against a training path that won't serve you or your future patients well.

• You find the neurological examination unrewarding after genuine exposure. If after multiple neurology rotations you still experience the detailed examination as an obstacle rather than a data-generating tool, that pattern is unlikely to reverse in residency.
• Diagnostic uncertainty generates significant distress rather than productive inquiry. A large proportion of neurology visits involve probabilistic diagnosis. If you need definitive answers to feel clinically grounded, the discomfort will be structural, not situational.
• Slow or absent therapeutic timelines are demoralizing to you. Neurology has conditions where treatment modifies trajectory over years, and conditions where no effective treatment currently exists. If therapeutic nihilism accumulates into burnout for you, this is a real risk to weigh.
• You do not find localization reasoning satisfying. Some people engage anatomy as a subject of genuine interest; others tolerate it. Residency requires the former, because localization reasoning appears in every admission, every consult, every exam.
• You prefer high procedural volume as the core of your clinical identity. Neurology has procedures, but they are not the organizing principle of most neurologists' days. Students who want procedure-heavy practice would find neurology's procedural density lower than interventional cardiology, surgery, or even gastroenterology.
• You find accompanying patients through progressive, incurable illness consistently depleting. Neurology involves sustained relationships with patients whose disease will worsen despite excellent care. This is not universally devastating—many neurologists find it deeply meaningful—but if you have tested this on rotation and found it predominantly draining, that is diagnostic.
• You are selecting neurology primarily by elimination. "I don't hate it" is not sufficient basis for a four-year commitment to a field with a specific intellectual culture. Programs can detect absence of genuine enthusiasm, and more importantly, you will live with it.

Signs You Will Thrive in Neurology

These are not aspirational traits—they are observable signals from rotation experience and self-knowledge.

• You have used free time on neurology rotation to read further. Not because you had to, but because a case opened a question you wanted to answer. This is the strongest single predictor.
• Localization exercises feel like puzzles rather than work. If you find yourself reconstructing a deficit pattern on the subway after rounds, you have the right cognitive relationship with the material.
• You have stayed late (once, voluntarily) to follow a case. A stroke code, an interesting consult, a lumbar puncture you wanted to observe. Motivation that requires no external pressure is durable.
• You are drawn to a specific patient population within neurology. "I want to take care of MS patients" or "epilepsy is fascinating to me"—even preliminary specificity suggests real engagement with the field's substance.
• You communicate diagnosis and uncertainty clearly and do not find it aversive. Practice this on neurology rotation. If you found those conversations meaningful rather than exhausting, you have a core competency for the field.
• You read a neuroscience paper for context, not just board preparation. Neurology's academic culture rewards mechanistic curiosity. Students who engage the literature on their own terms tend to become stronger residents and better clinicians in this field.
• Patients with chronic neurological illness feel like people you want to follow, not cases you want to transfer. This sounds obvious but is distinguishing. The students who check in on their continuity clinic patients between scheduled visits, who remember disease details without prompting—they are describing a relationship style that maps directly onto neurologist career satisfaction data.
• You find the brain itself interesting, not just instrumentally but as a subject. Consciousness, cognition, language, memory—these are neurological constructs. Students who find them intellectually irrelevant will find a significant fraction of behavioral neurology, epilepsy, and dementia work unmotivating.

What Programs Look For in Applicants

Neurology program selection reflects both the field's academic orientation and the practical competencies required of residents who cover stroke alerts, manage neuro-ICU patients, and perform LPs on nights.

USMLE/COMLEX performance is a screening factor at most programs, particularly for initial application review. Neurology is a moderately competitive specialty with a national match rate that has tightened in recent years. For score benchmarks specific to the current application cycle, see the site's data pages. What is consistent: Step 1 and Step 2 CK scores are reviewed; Step 2 CK carries increasing weight as the primary interpretable score at programs that have adapted to the Step 1 pass/fail transition.

Neurology-specific letters of recommendation carry more weight in this specialty than in some others. A strong letter from a neurologist who supervised you on a meaningful rotation—ideally a sub-internship or extended clerkship—demonstrates clinical exposure and fit in a way that generic strong letters cannot. Programs are reading for evidence that you can examine patients, localize, and communicate with the team, not just that you are generally competent and pleasant.

Sub-internship performance is the most direct signal a program can receive about your clinical readiness. If you are applying to a program where you completed a sub-I, your performance there is likely the dominant factor in your evaluation. For programs where you did not sub-I, the letter from a comparable rotation and your MSPE carry that weight.

Research matters in neurology more than in many other internal medicine-adjacent fields. The specialty has strong academic culture, significant NIH funding, and active basic and clinical science programs. A publication, abstract, or sustained research experience in neuroscience or neurology—even in medical school—signals intellectual engagement with the field's problems. At highly competitive programs, research output is a differentiating factor. At community and regional programs, clinical competency and rotation exposure take precedence.

Scholarly work beyond the lab—case reports, quality improvement projects, education initiatives—contributes positively at most programs and is particularly valued at programs with teaching missions or community health emphases.

The personal statement should articulate a specific clinical experience or intellectual problem that connects your history to neurology. Generic enthusiasm statements are effectively invisible to readers who evaluate hundreds of applications. A specific case that opened a question, a rotation that crystallized a career direction, a research problem that won't leave you alone—these are the structures that produce memorable applications. See the section below on building your narrative.

Program fit signaling has increased in importance post-COVID with the proliferation of supplemental applications and preference signaling mechanisms. Demonstrating knowledge of a program's specific strengths—its epilepsy monitoring unit, its stroke center certification, its neuromuscular faculty—is a competency in itself. Generic applications to programs where fit is not evident are less competitive than targeted applications with clear institutional alignment.

For applicants with gaps, multiple attempts, or non-traditional pathways: Neurology programs vary in how they approach these profiles. The work is to contextualize, not hide. An application that explains a gap with specificity, demonstrates what changed, and connects the updated profile to a clear clinical and academic trajectory is a stronger application than one that leaves the reader to speculate. Programs that pass on you for a low Step attempt without reading your application are not programs that would have served you well. The programs that match you are the ones that read your whole file.

Building Your Neurology Application Story

A neurology application narrative has a specific structure that separates functional from ineffective personal statements. The structure is not about creativity; it is about evidence.

Programs are evaluating: Does this applicant know what neurology actually involves? Have they tested their interest against reality? Do they have a specific reason to be here, or are they applying by exclusion?

The most durable narrative structure begins with a specific clinical moment—a patient, a case, a diagnostic problem—and uses it to demonstrate both what you observed and what it revealed about your own thinking. A patient with a first seizure who turned out to have autoimmune limbic encephalitis, a stroke patient whose examination localized to the posterior circulation before imaging was available, a clinic patient with treatment-resistant epilepsy whose disease management required navigating competing therapeutic frameworks—these are not impressive because they are dramatic. They are effective because they show you engaging the intellectual and relational substance of neurology, not just observing it.

From that anchor, the statement should connect to a specific professional direction. Not "I want to become a neurologist," but something closer to: "That experience oriented me toward [epilepsy/vascular/neuromuscular], which is why I sought out [specific exposure], which produced [specific result, observation, or question I am still working on]." The trajectory needs to feel earned, not inevitable.

If your path to neurology is non-linear—a gap year, a different specialty initially, reapplication, an international training background—the statement is the place to close that loop explicitly. Programs do not penalize non-linearity; they penalize unexplained non-linearity. A gap year that involved meaningful clinical or research work, explained directly and connected forward to your current application, is not a liability.

For IMGs and international medical graduates applying without a US network: the personal statement and letter selection are where institutional familiarity gets built into your application. Specific US clinical experiences, USCE in neurology, letters from US-based supervisors who can speak to your clinical performance in the American system—these are the components that close the information gap programs face when evaluating international applications. The application problem for IMGs is not primarily about quality; it is about demonstrating context-specific competency to programs that cannot assume it.

Identify the neurologists in your training who have seen you perform and whose programs align with your interests. Request letters early. Give writers specific material—a case you managed, a project you contributed to, a moment of clinical judgment they witnessed. Vague letters hurt applications; specific letters move them.

Specialty Comparisons at a Glance

This table is a general orientation tool. Figures and rankings are descriptive, not precise measurements. For compensation and match data, see the site's data pages and current published surveys.

Your Next Steps Before You Apply

These actions are organized by time horizon. The goal is to leave this page with a concrete next move, not a reading list.

Immediate (next two weeks)

• Book a neurology sub-internship if you have not done one. This is the single highest-leverage action for a student considering the specialty. Sub-I performance generates the strongest possible letter and confirms or disconfirms fit against reality. Do this before your application window, not during it.
• Identify one neurologist at your institution whose work interests you and request a meeting. Not to ask for a letter—to understand their subspecialty and ask what they would want to know if they were choosing neurology today. This is intelligence-gathering and relationship-building simultaneously.
• Pull your Step scores and transcript and note your neurology shelf performance. Know your application profile accurately. If there are gaps or low attempts to address, the earlier you contextualize them in your narrative the better.

Within 60 days

• Identify a research or scholarly project with a neurology faculty member. It does not need to be a five-year study. A case report, a quality improvement project, or a literature review with a faculty author is a concrete deliverable. Start the conversation now; timelines in academic medicine are longer than students expect.
• Complete at least one neurology clinic observation or elective in a subspecialty that interests you. If your exposure has been inpatient only, outpatient neurology is a different practice environment. You want rotation evidence from both settings before you write your personal statement.
• Draft a one-paragraph answer to "Why neurology?" Not for submission—for clarity. If you cannot produce a specific, grounded paragraph without generic language after two weeks of deliberate thinking, that is information about your current level of conviction.

Within 90 days

• Build your program list with intention. Research programs' specific strengths in the subspecialties that interest you. Match program list size and tier distribution to your actual application profile. For guidance on program list construction, see the site's application strategy pages.
• Secure your letter writers. You need neurology-specific letters. Reach out early, give writers context and material, and confirm their timelines. Do not leave this for the month before submission opens.
• Write a full personal statement draft. Use the framework above: anchor in a specific case, connect to a trajectory, close any narrative gaps in your timeline. Have it reviewed by someone who will give you direct feedback on whether your why-neurology is specific and earned, not just well-written.
• Check the current season timeline on this site. Application opening dates, ERAS deadlines, NRMP registration windows—these shift year to year. Build your calendar from current official dates, not from what a classmate applied under two years ago.