NR-715 · Week 5 of 8 · The problem statement and PICOT

NR-715 Week 5 The Problem Statement: How to Write It

The short answer

By the middle of NR-715 the loose topic has to become a formal problem statement with a searchable question attached. This stage teaches the hardest paragraph in doctoral writing: a statement that names the population, the process, the gap, its local magnitude and its national significance without a single unsupported adjective, and then converts that into a question precise enough to search on. Almost every later stage of the program inherits these sentences, which is why rewriting them six times now is cheaper than rewriting the project later. Your section may print this as NR 715 or NR715; it is the same course. Chamberlain publishes no syllabi outside Canvas. The placement here is our teaching judgment from the course's catalog arc; your section's rubric decides what your week actually asks.

NR-715 Week 5 grading scale at Chamberlain, the criterion levels this assessment is scored on, from Chamberlain Tutors
How Chamberlain grades NR-715 Week 5, visualized by Chamberlain Tutors.

What NR-715 Week 5 asks for

Take a two-site pediatric practice where developmental screening at the recommended well-child intervals is documented for some children and quietly skipped for others when the schedule runs late. The clinical lead knows the pattern by feel. Writing it as a problem statement forces four separate decisions she has been avoiding: which children exactly, at which visits exactly, measured how exactly, and compared against what standard exactly. That is the work of this stage. A problem statement is not a summary of your concern; it is a set of commitments that later stages will hold you to.

Doctoral problem statements have a recognizable anatomy. They open with the population and setting stated with numbers. They name the process where the gap occurs, which is usually more specific than students expect. They state what should be happening according to published guidance, with attribution. They state what is happening locally, with a count, a denominator and a window. They establish that the gap matters beyond your building by citing national data or professional recognition. They name the consequence of leaving it alone in terms an administrator would accept. And they close by pointing at the kind of change the evidence supports, without yet committing to a specific intervention.

Alongside the statement most sections expect a structured question. In translation work the population, intervention, comparison, outcome and time frame format is the common tool, and it does two jobs: it disciplines your thinking and it generates your search terms. Students often write a question that reads well and cannot be searched, which is the reliable sign that the concepts have not been separated into terms yet.

Expect a written problem statement, often with the structured question and sometimes an early scan of evidence, plus a posted response in many sections. Boards do not reopen after submission in Canvas, so post final copy. This is also the stage where faculty feedback is most valuable in the whole course, because a problem statement corrected now saves an entire later stage.

The NR-715 Week 5 method, step by step

Six moves for building a problem statement that survives the rest of the program.

  1. Fix the population with a number before you write a sentence

    Children aged nine to thirty months attending two sites, roughly 640 eligible visits a year, is a population. Pediatric patients is a category. Every measurement decision downstream depends on this being settled first.

  2. Locate the gap at a step in a process

    Name where the failure occurs: at scheduling, at rooming, at documentation, at referral, or at follow-through. A gap located at a step can be changed by redesigning that step, and a gap described as an outcome leaves you nothing to redesign.

  3. Write the standard and the local reality as a matched pair

    State the recommended practice with its source and year, then the delivered rate with its count, denominator and period. The two sentences must be about the same thing measured the same way, or the gap you claim is an artifact of mismatched definitions.

  4. Establish significance in two registers

    Give the clinical consequence, which is what missed early identification costs a child, and the organizational consequence, which is what the gap costs in quality measure performance, referral timing or avoidable visits. Doctoral graders look for both.

  5. Convert the statement into a searchable question

    Break the question into concepts, then list two or three synonyms for each. If a concept has no synonyms, it is either perfectly standardized or too vague to search, and it is almost always the second.

  6. Read the statement aloud and delete every unsupported adjective

    Significant, alarming, concerning and unacceptable are the four words that most often survive a draft and most reliably cost points. Numbers make the case that adjectives are trying to make, and they cannot be argued with.

A layout and word budget for a problem statement

Our frame for this stage, sized for roughly 1,200 to 1,500 words including the structured question and its rationale. It is our own outline rather than anything the university issues, and your week's rubric outranks it wherever the two disagree.

SectionWhat belongs in itWord target
The statement itselfOne tight paragraph carrying population, setting, process, standard, local rate and consequence, with sources.150 to 200
Population and setting detailNumbers, eligibility definition, sites, staffing, and anything that will affect measurement later.180 to 220
The standard, sourcedWhat guidance recommends, who issued it, in what year, and how it defines the practice being measured.180 to 220
Local magnitude and methodYour count, denominator, period, extraction method and the limits of the number you produced.220 to 270
Significance, clinical and organizationalWhat the gap costs patients and what it costs the practice, each with support rather than assertion.220 to 270
Structured questionThe question in its formal shape, followed by the concept and synonym list it generates for searching.150 to 200
Assumptions and boundariesWhat you are taking as given and what you are deliberately excluding, stated as decisions.120 to 160

Evidence craft for problem statements

Match your local measure to the published definition. If national guidance defines completion as documented at the specific visit, do not report a rate that counts screening done at any visit that year. Mismatched denominators are the most common invisible error in DNP problem statements and they undermine every comparison that follows.

Attribute the standard inside the sentence. Name the issuing body and the year where the recommendation first appears, because recommendations are revised and a standard cited without a date is a claim about current practice made from an unknown moment.

Report your extraction method honestly. Say whether the number came from a report, a manual chart review, a prospective tally or a scheduling export, how many records were examined, and what the source cannot see. A clean number with an unexplained provenance is worth less than a rough number with a documented one.

Use national data for significance, local data for the gap. The two sources do different jobs. National figures establish that the problem is recognized and consequential; your figures establish that it is present here. Substituting one for the other is a structural weakness a doctoral grader will name.

Keep the intervention out of the problem statement. A statement that already contains the solution has skipped the appraisal stages that are supposed to choose it. Point at the class of change the evidence supports and stop there.

Five mistakes that cost points in this week's territory

  • Adjectives doing the work of numbers. A concerning number of children is not a magnitude. Sixty-one of 208 eligible visits over one quarter is.
  • A standard and a local rate measuring different things. If the definitions do not match, the gap is arithmetic rather than evidence.
  • The solution smuggled into the statement. Naming a specific intervention this early forecloses the appraisal work the program is built to teach.
  • An unsearchable question. If your concepts have no synonyms and no terms, the next stage of the program stalls before it starts.
  • Significance argued only clinically. A problem stated without organizational consequence is harder to sponsor and reads as incomplete at doctoral level.

Before you submit

  • The population is defined with a number and an eligibility rule
  • The gap is located at a named step in a process
  • The standard and the local rate measure the same thing
  • Your local figure carries count, denominator, period and extraction method
  • Significance appears in both clinical and organizational terms
  • The structured question yields a usable concept and synonym list
  • No intervention is named as chosen anywhere in the statement

Drafting the NR-715 problem statement?

Send the rubric and your figures out of Canvas. A premium original draft comes back in 24 to 48 hours with the standard and the local rate matched and the question built to search, and revisions run until the grade lands.

Questions students ask about this stage

My structured question feels forced. Do I have to use that format?
Use whatever format your rubric names, and understand why the format exists rather than fighting it. The value of a structured question is not elegance; it is that each element becomes a search concept with its own synonyms, which is what makes the next stage of evidence retrieval possible. Questions about implementation often sit awkwardly in a format built for clinical comparison, and the usual fix is to treat the comparison element as current practice rather than forcing an alternative intervention into it. Write the formal version for the rubric, then write one plain sentence underneath saying what you actually want to know. If those two sentences disagree, the formal one is wrong and needs rebuilding.
How exact does my baseline number need to be right now?
Defensible rather than perfect. At this stage you are establishing that a gap exists and is worth attention, not producing the measurement that will later carry an evaluation. A manual review of a defined sample, described honestly, is entirely adequate provided you state the sample size, the period and the method. What is never acceptable is a number produced by estimation and presented as if extracted, or a figure quoted from memory of a report you cannot locate. Later stages will tighten the measurement, and you should say so in your assumptions paragraph, because naming the difference between a scoping count and an evaluation measure is itself evidence of doctoral judgment.
Can I change my problem after this stage?
Yes, and it is far better to change it now than to discover the flaw in a later course. The usual triggers are a scan that turns up almost no evidence to translate, data that turns out to be inaccessible, or a stakeholder who declines to sponsor the work. Each of those is a real finding rather than a failure. What you should not do is keep the original heading while quietly redefining what you mean, because the population, the standard and the measurement all move with it and the mismatch surfaces in the evaluation stage when it is expensive. If you change, rebuild the statement from the population upward and rewrite the question with it.

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