IHP 670 Module 2 Needs Assessment Paper Example

Reviewed by Delia Ravenscroft, MSN, RN

This IHP 670 Module 2 Needs Assessment Paper sample documents the burden of falls among older adults in one county. It is written for SNHU IHP 670 (IHP-670), the program design, planning and evaluation course taken by MPH students. The composite county has about 64,000 adults over 65, roughly 30% of whom report falling each year. The paper combines survey estimates, emergency and hospital data, a community survey of 310 older adults and three focus groups, then inventories assets and gaps. Bergen, Stevens and Burns's national estimates provide comparison, Florence and colleagues' analysis of fall-related medical costs supports a local cost estimate and Stevens and Lee's modeling suggests how many falls clinical fall-risk management could prevent. The assessment finds high burden, rural and living-alone disparities, strong interest in exercise classes and almost no evidence-based programs available.

CourseIHP 670 Program Design, Planning and Evaluation
ModuleModule 2
Paper typegraduate paper presenting a community health needs assessment
LengthAbout 1,050 words, 6 pages
FormatAPA 7 student paper
SchoolSouthern New Hampshire University
ProgramMPH
UpdatedSeptember 2026

Free sample paper for IHP 670 Module 2

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Falls in Alder County: A Needs Assessment for Older Adult Fall Prevention

[Student Name]

Southern New Hampshire University

IHP 670: Program Design, Planning and Evaluation

Module Two Paper

[Instructor Name]

[Date]

The organization, setting and figures below are a composite written as a model document. No real employer, client, colleague or patient is described.

What this page is doingThe title names the problem, population and place assessed.
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Falls in Alder County: A Needs Assessment for Older Adult Fall Prevention

A program should begin with an honest picture of the problem it aims to address. This needs assessment documents how often older adults in Alder County fall, who is most affected, what falls cost, what older adults themselves say and what services already exist. It will guide the design of a falls prevention program funded by a new state grant.

What this page is doingThe introduction explains the assessment's purpose.
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Sources and Methods

Five sources fed the assessment: county estimates from the state's behavioral risk factor survey, emergency department and hospital discharge data for fall injuries over three years, death certificates, a mailed and online survey completed by 310 adults aged 65 and older and three focus groups with 42 older adults in two towns and one rural township. An inventory of programs and providers was compiled with the Area Agency on Aging.

What this page is doingData sources are described.
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How Often Falls Happen

About 30% of county adults aged 65 and older reported a fall in the past year, roughly 19,000 people, and about 11% reported a fall that caused an injury. Bergen et al. (2016) reported that nearly three in ten Americans over 65 said they had fallen at least once during the prior year in 2014, amounting to roughly 29 million falls and 7 million fall injuries. Alder County's rate is slightly above that national figure.

What this page is doingLocal prevalence is compared with national data.
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Serious Consequences

Over the past three years, falls among older adults caused an average of 2,900 emergency visits, 610 hospital admissions, including about 190 hip fractures, and 38 deaths a year. The age-adjusted fall death rate of about 59 per 100,000 exceeds the state rate of 52. Nearly a third of admitted patients were discharged to a nursing facility rather than home.

Table 1. Fall Burden Among Adults 65 and Older, Annual Averages

MeasureAlder CountyComparison
Reported a fall in past year30%About 29% nationally (2014)
Reported a fall injury11%About 7 million injuries nationally
Emergency visits for falls2,900
Hospital admissions for falls610Including about 190 hip fractures
Fall deaths (age-adjusted rate)38 (59 per 100,000)State rate 52 per 100,000

Note. Composite county data; national figures from Bergen et al. (2016).

What this page is doingSerious outcomes are quantified.
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What Falls Cost

Florence et al. (2018) estimated that fatal and nonfatal falls among older adults generated about $50 billion in medical spending in the United States in 2015, most of it paid by Medicare and Medicaid, with hospital care accounting for the largest share. Applying average costs per emergency visit and admission from that analysis to Alder County's counts suggests local medical costs of roughly $30 million a year, before counting lost independence, caregiver time and long-term care.

What this page is doingCosts are estimated with a national source.
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Who Is Most Affected

Rates were highest among adults over 80, women, people living alone and residents of the county's three rural townships, where fall admission rates were 40% higher than in the county seat. Survey respondents taking four or more medications and those reporting fear of falling were also more likely to report a fall. Rural residents described long distances to services and limited public transportation.

What this page is doingDisparities are identified.
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Risk Factors in the Population

Several known risk factors are common in the county's older population. Survey data suggest that about 38% take four or more prescription medications, 21% report difficulty with balance or walking, 18% report vision problems that affect daily activities and 29% live alone. Many risk factors can be modified: strength and balance improve with exercise, medications can be reviewed and adjusted, homes can be made safer and vision can be corrected. The prevalence of these modifiable factors reinforces the case for a program that combines exercise with clinical screening and referral.

What this page is doingModifiable risk factors are described.
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What Older Adults Said

Forty-six percent of survey respondents said they worried about falling, and a quarter said that worry kept them from activities they enjoyed. In focus groups, participants expressed strong interest in group exercise classes held close to home, especially tai chi, but little interest in lectures. Many said they had never been asked about falls by a doctor. Several noted they would attend if classes were at the senior center and a friend came too.

What this page is doingCommunity voice shapes the findings.
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How Much Could Be Prevented

Stevens and Lee (2018) modeled the effect of health care providers screening older patients for fall risk and managing it through exercise referral, medication review and other interventions, and estimated that such clinical management could prevent a substantial number of falls and avert large medical costs nationally. Their modeling suggests that combining clinical screening with community programs has more potential than either alone.

What this page is doingModeling evidence frames the potential for prevention.
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Stakeholder Perspectives

Interviews with twelve stakeholders, including senior center directors, primary care physicians, emergency physicians, the Area Agency on Aging director and a home health agency manager, added professional perspectives. Physicians said they rarely screened for fall risk because they had nowhere to refer patients. Senior center directors reported waiting lists for any exercise class and asked for trained instructors. Emergency physicians described repeat visits by the same patients after falls, suggesting an opportunity for referral at discharge.

What this page is doingStakeholder interviews add professional views.
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Assets

The county has nine senior centers, a YMCA with a large older adult membership, two hospital systems with primary care networks, an active Area Agency on Aging and a volunteer driver program. Senior center directors expressed willingness to host classes, and one hospital system has begun screening patients for fall risk in two primary care clinics.

What this page is doingCommunity assets are inventoried.
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Gaps

Only one evidence-based falls program currently operates in the county, a single class serving about 30 people a year. No tai chi program designed for fall prevention exists. Most primary care clinics do not screen for fall risk, and those that do have nowhere to refer patients. Rural townships have no programs at all.

What this page is doingService gaps are identified.
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Priorities

The assessment points to three priorities: evidence-based exercise programs delivered close to home, starting in rural townships and senior centers; a referral link from primary care screening to those programs; and attention to fear of falling and social connection, which older adults themselves emphasized.

What this page is doingPriorities are drawn from the findings.
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Limitations

Self-reported falls are likely undercounted, the survey's respondents may be healthier than average and hospital data miss falls treated only in clinics. The cost estimate applies national averages to local counts and should be read as approximate.

What this page is doingLimitations are stated.
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Conclusion

Falls are common, costly and unevenly distributed among Alder County's older adults, and the county has almost no evidence-based programs to prevent them. Older adults want nearby group exercise, and existing assets can host it. These findings give the planned program a clear mandate and a starting point.

What this page is doingThe conclusion restates the case for the program.
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References

Bergen, G., Stevens, M. R., & Burns, E. R. (2016). Falls and fall injuries among adults aged 65 years and older: United States, 2014. MMWR: Morbidity and Mortality Weekly Report, 65(37), 993-998. https://doi.org/10.15585/mmwr.mm6537a2

Florence, C. S., Bergen, G., Atherly, A., Burns, E., Stevens, J., & Drake, C. (2018). Medical costs of fatal and nonfatal falls in older adults. Journal of the American Geriatrics Society, 66(4), 693-698. https://doi.org/10.1111/jgs.15304

Stevens, J. A., & Lee, R. (2018). The potential to reduce falls and avert costs by clinically managing fall risk. American Journal of Preventive Medicine, 55(3), 290-297. https://doi.org/10.1016/j.amepre.2018.04.035

What the IHP 670 Module 2 instructions ask for

In Module 2, IHP 670 students typically build a needs assessment for the group their program will serve. Plan on four to six APA 7 pages. Combine quantitative data, such as surveillance and hospital records, with community input from surveys or focus groups, compare local figures with state or national benchmarks and identify who is most affected. Inventory community assets and service gaps, estimate costs if possible, set priorities and state the limitations of your data. IHP 670 graders notice clean headings in IHP 670 papers. IHP 670 names and dates need checking before IHP 670 submission. IHP 670 prompts vary by term, so recheck IHP 670 directions. Tables comparing local and benchmark figures help readers see the gap.

How this IHP 670 Module 2 needs assessment paper example is built

This paper assesses falls among 64,000 older adults in a composite county. A table compares 30% annual fall prevalence, 2,900 emergency visits, 610 admissions and 38 deaths with national and state figures from Bergen, Stevens and Burns. Florence and colleagues support a $30 million local cost estimate, and Stevens and Lee show the potential of clinical fall-risk management. Survey and focus group findings, assets, gaps and three priorities follow. IHP 670 students can reuse this structure for IHP 670 work. IHP 670 claims here trace to cited IHP 670 sources. IHP 670 readers can adapt each section to IHP 670 data. Limitations of self-reported data are acknowledged.

Where the IHP 670 Module 2 rubric puts the points

Needs assessment papers in this course are typically evaluated on the range and quality of data sources, comparison with benchmarks, attention to disparities, meaningful community input, a clear inventory of assets and gaps, sensible priorities, acknowledged limitations, scholarly support and APA 7. The best submissions let community voices shape priorities alongside the numbers. Marks fall when need is asserted with national statistics alone, when community input is missing or when assets are ignored. IHP 670 marks favor careful formatting across IHP 670 sections. IHP 670 citations keep every IHP 670 argument credible. IHP 670 instructors weigh evidence heavily in IHP 670 grading. Clear tables and direct quotes from community members add strength.

IHP 670 Module 2 help: the mistakes that cost points

Needs assessments in IHP 670 often rely on national figures with no local data, skip community input or list problems without identifying resources that could help. Another common gap is ignoring who is most affected. Gather local data from several sources, compare with benchmarks, ask the population what they want, map assets and gaps and let those findings set priorities. Share your community and data sources and the IHP 670 prompt so the assessment fits your project. IHP 670 drafts start well from a IHP 670 outline. IHP 670 feedback already received guides IHP 670 revisions. IHP 670 rubrics posted in Brightspace clarify IHP 670 expectations. Cite the year of every data source you use.

Get IHP 670 Module 2 written to your instructions

Send the IHP 670 Module 2 prompt and the community or health problem you are assessing. The paper will combine local data and community input, compare with benchmarks, identify disparities, assets and gaps and set priorities, within 24 to 48 hours, free the first time. The paper above is an original model document written by our desk, not a submitted student paper and not an official Southern New Hampshire University document.

More IHP 670 papers and related MPH samples

IHP 670 Module 2 questions, answered

Where can I find a free IHP 670 Module 2 Needs Assessment Paper sample?

IHP 670 Module 2 is reproduced here in full, documenting falls among older adults with local data, community input, assets and gaps.

What data should a needs assessment include?

Local surveillance and service data, comparisons with benchmarks and direct input from the population through surveys or focus groups.

How common are falls among older adults?

National survey data show roughly three in ten adults over 65 report falling each year.

Why inventory community assets?

Existing organizations and spaces can host programs, reducing cost and building on trusted relationships.

How do I estimate the cost of a health problem locally?

Apply average costs per event from published studies to local counts, and note that the result is approximate.