PUBH 6213 Week 4 Problem Narrative Example

Public Health Grant Writing Walden University Free custom sample in 24 to 48h

This PUBH 6213 Week 4 problem narrative example opens on 168 children in four rural school districts who failed a hearing rescreen, of whom only 54 had a recorded evaluation by June, and reaches national data only after those children are in view. Walden PUBH 6213 asks for a need statement grounded in local evidence, and this paper explains why families did not follow up, why mild and one-sided hearing loss matters in classrooms, how common childhood hearing loss is nationally and why rural children wait longest. It notes that the county's 32% follow-up almost exactly matches the primary care arm of an Alaska trial and states the documented gap the program would close. Composite county, real studies. For MPH writers, the closing one-sentence summary gives reviewers a line to carry into their scoring notes.

CoursePUBH 6213 Public Health Grant Writing
WeekWeek 4
Paper typeGrant problem statement
LengthAbout 1,060 words, 6 pages
FormatAPA 7 student paper
SchoolWalden University
ProgramMaster of Public Health (MPH)
UpdatedOctober 2026

Free sample paper for PUBH 6213 Week 4

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One Hundred Sixty-Eight Referrals and Fifty-Four Visits: A Problem Narrative That Starts With the Children of Four Rural School Districts Before It Reaches the Nation, for a Composite School Hearing Follow-Up Grant

Student Name

Walden University

PUBH 6213: Public Health Grant Writing

Instructor Name

Month Day, Year

What this page is doingThe title leads with the local counts because the narrative is built to put the county's children in front of the reviewer before any national statistic.
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One Hundred Sixty-Eight Referrals and Fifty-Four Visits: A Problem Narrative That Starts With the Children of Four Rural School Districts Before It Reaches the Nation, for a Composite School Hearing Follow-Up Grant

The Children Behind the Referrals

Last school year, nurses in Tamarack County's four school districts screened the hearing of 2,140 children in kindergarten through eighth grade. Those who did not pass were screened again two weeks later. One hundred sixty-eight children did not pass the second screen and went home with a referral letter asking their families to arrange a hearing evaluation. By June, the nurses had records of a completed evaluation for 54 of them. For the other 114 children, nearly seven in ten of those referred, the school year ended without anyone learning whether they could hear their teachers.

The referral letters were not ignored by careless families. Nurses who called families in the spring heard the same answers again and again. The nearest pediatric audiologist practices at the regional children's hospital, about 110 miles from the county seat. Appointments there are booked six to ten weeks out. A visit means a day's lost wages for a parent and a day of missed school for the child. Some families were told by their primary care office that a child "probably just had fluid" and should wait. Others meant to call and did not, because nothing seemed wrong at home.

What this page is doingOpening on the county's own counts meets the announcement's call for "local data" in the first lines a reviewer reads.
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Why a Missed Evaluation Matters

School hearing screens are designed to find children who need a closer look, not to diagnose. A referral that never leads to an evaluation means the screen did its work for nothing. Some of the 114 children will have had a temporary problem that cleared. Others will have a lasting hearing loss that is mild or affects one ear, the kind that goes unnoticed at home because the child hears well enough in a quiet room with one speaker.

That kind of loss matters at school. In a study of 1,218 children in the third, sixth and ninth grades of one school district, 5.4% had minimal sensorineural hearing loss, and 37% of those children had repeated at least one grade (Bess et al., 1998). Third graders with minimal loss scored lower than their peers on several subtests of a standardized achievement test, and teachers rated their communication in class as poorer (Bess et al., 1998). A classroom is noisy and reverberant, and a child who misses the ends of words loses instruction quietly.

How Common Hearing Loss Is Among Children

National data show that the 168 referrals are not a fluke of local screening. Among 6,166 U.S. children aged 6 to 19 tested with pure-tone audiometry in a national health survey, 14.9% had a measurable loss in one or both ears, most of it slight and in one ear (Niskar et al., 1998). Only about one in ten of the children with measured loss had been reported as having a hearing problem at interview (Niskar et al., 1998). Hearing loss in school-age children is common and mostly invisible to families.

Why Rural Children Wait Longest

Loss to follow-up after school hearing screening is a problem in programs worldwide. A review of 65 studies of school hearing screening found that loss to follow-up was a consistent concern across settings and that few programs were accountable for what happened after a referral (Yong et al., 2020). In the United States, screening rules differ widely by state: in one review, 34 of 51 states and districts required school hearing screening, and only 20 of those required screening after sixth grade (Sekhar et al., 2013). Rules for what happens after a failed screen are thinner still.

Distance makes the gap wider in rural counties. Where the nearest specialist is a day trip away, follow-up depends on a family's ability to take that trip. In 15 rural Alaska communities, only 32.1% of children referred through standard primary care after a school hearing screen received follow-up within nine months (Emmett et al., 2022). Tamarack's rate, 54 of 168 or about 32%, is nearly identical.

The Gap This Grant Would Close

The documented gap is the distance between a failed rescreen and a completed evaluation. In Tamarack County, that gap swallowed 114 children last year. The same Alaska trial tested a different path: children who failed the school screen were seen at school through telemedicine, with a remote specialist reviewing results. Under that path, 68.5% of referred children were followed up within nine months, and those who were seen waited an average of 41.5 days rather than 92 (Emmett et al., 2022). A local version of that path, with a care coordinator, tablet-based audiometry at each school and a contracted audiologist reviewing results remotely, is what this application proposes.

Who Is Affected

The children affected are mostly young. Kindergarten through third grade accounts for most of the screens, because the state requires screening in those grades. One in four children in the county's districts lives in a household below the federal poverty line, and nearly half have public coverage through Medicaid or the state's CHIP plan, according to district nurse records. Families without insurance face the full cost of a specialist visit, and families with insurance still face the distance.

What Families Have Tried

Some families did find a way. Nurses' notes show that several children were evaluated only because a grandparent with a car and a free weekday drove them to the regional hospital, and a few were seen when an ear infection brought them to a primary care office that happened to have a screening audiometer. These stories show that follow-up depends today on luck and family resources, which is exactly the pattern a public program should replace with a routine that does not depend on who has a car. School nurses say the same thing in their own words: the screen works, the rescreen works, and the system ends at the backpack. Every step after the referral letter currently belongs to the family alone, and families with the fewest resources carry the longest odds.

Summary of Need

In one sentence: two in three Tamarack County children who fail a school hearing rescreen never receive the evaluation their referral asks for, because the evaluation is far away, hard to schedule and easy to postpone, and a proven way to bring it to the school has not yet been tried here.

What this page is doingA one-sentence summary gives reviewers a line they can copy into their scoring notes.
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References

Bess, F. H., Dodd-Murphy, J., & Parker, R. A. (1998). Children with minimal sensorineural hearing loss: Prevalence, educational performance, and functional status. Ear and Hearing, 19(5), 339-354. https://doi.org/10.1097/00003446-199810000-00001

Emmett, S. D., Platt, A., Turner, E. L., Gallo, J. J., Labrique, A. B., Inglis, S. M., Jenson, C. D., Parnell, H. E., Wang, N.-Y., Hicks, K. L., Egger, J. R., Halpin, P. F., Yong, M., Ballreich, J., & Robler, S. K. (2022). Mobile health school screening and telemedicine referral to improve access to specialty care in rural Alaska: A cluster-randomised controlled trial. The Lancet Global Health, 10(7), e1023-e1033. https://doi.org/10.1016/S2214-109X(22)00184-X

Niskar, A. S., Kieszak, S. M., Holmes, A., Esteban, E., Rubin, C., & Brody, D. J. (1998). Prevalence of hearing loss among children 6 to 19 years of age: The Third National Health and Nutrition Examination Survey. JAMA, 279(14), 1071-1075. https://doi.org/10.1001/jama.279.14.1071

Sekhar, D. L., Zalewski, T. R., & Paul, I. M. (2013). Variability of state school-based hearing screening protocols in the United States. Journal of Community Health, 38(3), 569-574. https://doi.org/10.1007/s10900-013-9652-6

Yong, M., Panth, N., McMahon, C. M., Thorne, P. R., & Emmett, S. D. (2020). How the world's children hear: A narrative review of school hearing screening programs globally. OTO Open, 4(2). https://doi.org/10.1177/2473974X20923580

The Walden PUBH 6213 Week 4 instructions

Problem statement assignments ask students to write the need section of a grant proposal for the program they are developing. Prompts usually require local data on the problem, its effects on the population, supporting national or state evidence, causes or contributing factors and a clear statement of the gap the program will address. Many instructors stress that the need should match the funder's priorities and use its language. Expect three to four pages with several sources. Strong statements open with the people affected and their numbers, not with a national statistic, and they explain why the problem persists in this place. Instructors also look for honesty: claims should be supported, and the gap stated should be one the proposed program can actually close.

How the PUBH 6213 Week 4 example is put together

The narrative opens with the county's screening, rescreen and referral counts and the 114 children who were never evaluated. A paragraph explains, from nurses' spring calls, why families did not follow up: distance, wait times, lost wages and reassurance from primary care. A section on why missed evaluations matter draws on a study of minimal hearing loss and school outcomes. National prevalence data follow, kept to their own section. A section on rural delay uses a review of school screening programs, a survey of state protocols and the Alaska trial's primary care arm. The gap is then defined and matched to the trial's school-based arm, followed by a description of the children affected and a one-sentence summary.

PUBH 6213 Week 4 rubric: what earns full marks

Need statements are scored on evidence, relevance and persuasiveness. Evidence means local data that are specific and sourced, with national data used to support rather than replace them. Relevance means the need matches the funder's priorities and the program's design. Persuasiveness comes from showing the human effects of the problem and explaining its causes in this setting. Graders reward a clearly stated gap that the program can close and penalize statements that promise to solve a broader problem. Accuracy in reporting studies matters; a figure from a hearing survey should not be presented as a follow-up rate. Organization, a strong opening and correct APA citations complete the criterion.

PUBH 6213 Week 4 help: mistakes that cost marks

Many problem statements start with a national figure and reach the local population only on the last page. Begin with your own data and the people behind them. Explain why the problem persists here, using what staff or families have said. National figures can show the problem is widespread; just keep each one attached to what it actually counts. Make sure the gap you state is the one your program addresses. End with a single sentence a reviewer could quote. If your local numbers are thin, a problem statement can be drafted that uses public data for your county alongside the evidence.

Get a PUBH 6213 Week 4 example written to your instructions

Send the problem statement prompt, the rubric and what you know about your population and its data sources, and a narrative organized around that population returns in 24-48h, the first one at no charge. The county, its WIC sites and the flyer campaign exist only on this page; the population in your narrative is the one your proposal serves.

More PUBH 6213 papers and MPH samples

PUBH 6213 Week 4 questions, answered

Where can I find a free PUBH 6213 Week 4 sample paper?

Read the complete Week 4 narrative above, which opens with 168 referrals and 54 completed evaluations in four rural districts.

Should a grant need statement start with national data?

Usually not; reviewers respond to the local population and its numbers first, with national data in support.

Why does mild hearing loss matter for school-age children?

Classrooms are noisy, and studies have linked even minimal loss to lower test scores and higher rates of repeating a grade.

How common is hearing loss among U.S. children?

A national survey found measurable loss in about 15% of children aged 6 to 19, mostly slight and in one ear.

What is the documented gap in this example?

The distance between a failed rescreen and a completed evaluation, which left 114 of 168 referred children unevaluated.