NP and PA programs are designed to produce generalists. That’s not a criticism — it’s the stated goal of the curriculum. Broad clinical competency across organ systems, primary care across the lifespan, population-level thinking about disease prevention and chronic disease management.
It’s the right foundation for a profession. Most NPs and PAs work in primary care or general settings where that breadth is exactly what the job requires.
But a large and growing share of graduates take their first job somewhere else. Cardiology. Oncology. Critical care. Pulmonology. Nephrology. They enter subspecialty practice directly out of training, and when they arrive, the mismatch becomes visible almost immediately.
What Generalist Training Is Built to Do
A graduate NP or PA program covers a remarkable amount of clinical territory in roughly two years. Acute and chronic illness across multiple systems. The pharmacology for each. The diagnostics. The decision-making. All of it compressed into a curriculum that also has to include advanced pathophysiology, health policy, clinical leadership, and research methods.
Covering that much ground requires tradeoffs. No specialty gets the depth it actually requires in practice. Cardiology gets a few weeks. So does pulmonology, nephrology, and neurology. The curriculum acknowledges that depth in any one area will have to develop after graduation, through experience.
For a graduate headed into primary care, that’s a reasonable bargain. The clinical encounters are broad, the urgent presentations get appropriate referrals, and subspecialty depth accumulates over time as panels grow.
For a graduate headed directly into subspecialty practice, that bargain has a different cost.
What Subspecialty Practice Actually Requires
In cardiology, the gap shows up in the first week.
I’ve been watching it happen since 1994. New NPs with strong foundational training who can tell you the pathophysiology of heart failure, recite the ACC guideline recommendations, and pass their boards — but who haven’t yet developed the pattern recognition that subspecialty practice requires from day one. Who look at an ECG and see a result rather than a rhythm with a clinical story. Who know what a BNP means but are still learning what a BNP of 1,800 looks like when the patient is sitting in front of them.
That’s not a failure of the person. It’s a predictable outcome of the structure.
Cardiology is deep enough to fill a graduate program on its own. The hemodynamics, the electrophysiology, the pharmacology of anticoagulation and heart failure, the procedural care, the acute presentations that require real-time decision-making under pressure — none of that fits into a few weeks of a general curriculum. It develops through immersion, repetition, and clinical volume. Generalist training doesn’t create that immersion because it can’t. It has too much else to cover.
The Bridge That Medicine Has and We Don’t
In medicine, the transition from general training to subspecialty practice is a designed process. Medical school builds the generalist foundation. Residency develops clinical judgment in a supervised, graduated structure. Fellowship adds subspecialty depth — years of immersion with explicit learning objectives, mentored experience, and a structured curriculum built around the knowledge and skills the specialty actually requires.
The physician entering cardiology on day one of attending practice has completed three years of internal medicine residency and three years of cardiology fellowship. They are not subspecialty novices. The system made sure of that before they arrived.
NPs and PAs entering cardiology on day one of their first job are often coming directly from generalist training, and the bridge is whatever orientation the practice provides.
Some practices do this well. Larger academic settings often have structured onboarding, experienced mentors, and enough volume that pattern recognition develops under supervision. But plenty of new NPs enter community cardiology practices, smaller hospital programs, and rural referral centers where the support structure is thinner. They’re expected to absorb subspecialty depth on the job, and the learning curve is visible while it’s happening.
The Structural Argument
This isn’t an argument that programs are failing. They’re not. They’re producing what they’re designed to produce.
It’s an argument that the profession hasn’t solved the transition problem — the gap between generalist training and subspecialty practice that medicine solved through residency and fellowship. There’s no equivalent structure for NPs and PAs entering subspecialties. There’s orientation. There’s experience. There’s whatever informal mentorship exists in the setting they land in.
What’s missing is the structured curriculum that fills the gap deliberately — that covers subspecialty depth the way residency and fellowship cover it for physicians: systematically, with clinical context, before the knowledge is urgently required.
Thirty years in cardiology taught me what that curriculum needs to contain for NPs and PAs entering the specialty. The ECG from the ground up. Hemodynamics in clinical context. The pharmacology that actually matches what cardiology patients require. The acute presentations that come up constantly and don’t allow for slow learning curves. The clinical framework that connects those pieces into a way of thinking about the next patient.
That curriculum exists. It’s just not built into the training pathway. Building it is the part the profession can actually solve.
— Paul Logan, PhD, CRNP