| Course | PHE 340 Social and Behavioral Health |
|---|---|
| Module | Module 7 |
| Paper type | undergraduate project designing a theory-based behavior change intervention |
| Length | About 1,010 words, 6 pages |
| Format | APA 7 student paper |
| School | Southern New Hampshire University |
| Program | BS Public Health |
| Updated | October 2026 |
Free sample paper for PHE 340 Module 7
Project Two: Buckle Every Gate. A Theory-Based Plan to Raise Seat Belt Use in a Sandhills County
[Student Name]
Southern New Hampshire University
PHE 340: Social and Behavioral Health
Project Two
[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.
Project Two: Buckle Every Gate. A Theory-Based Plan to Raise Seat Belt Use in a Sandhills County
The behavioral diagnosis found that only about 38% of surveyed drivers always buckle on short trips and that what coworkers do, practical barriers on gate-heavy runs and a low sense of risk close to home most strongly separate those who buckle from those who do not. Social cognitive theory pointed to models, routines and environmental supports as ways to change those factors. This project designs a one-year intervention built on that evidence. Its name, Buckle Every Gate, speaks directly to the situation in which drivers skip the belt most. Each component answers one of those findings.
Goal and Objectives
Buckle Every Gate aims to raise seat belt use on the county's local roads. Objectives for one year: observed belt use at the grain elevator road will rise from 54% to 65%; the share of survey respondents who always buckle on short trips will rise from 38% to 50%; the share agreeing that most coworkers buckle on short trips will rise from 22% to 40%; and the county road department and grain cooperative will each adopt and enforce a belt policy for their vehicles within six months.
Component One: Visible Models
The diagnosis found the descriptive norm to be the strongest separator, and social cognitive theory holds that people learn behaviors by watching credible models (Bandura, 2004). The program will recruit twelve visible models: foremen at the county road department and cooperative, three respected ranchers, two rodeo figures and the high school ag teacher. Each agrees to buckle on every trip, to say so when asked and to appear briefly in a short video and on a poster at the elevator, feed store and sale barn. Models will be chosen with help from interviewees, who named the people they respect.
Component Two: Vehicle Policies
The county road department and grain cooperative own about forty trucks between them. Each will adopt a simple policy: belts on every trip in company vehicles, with a reminder from supervisors rather than punishment for a first lapse. A policy changes the environment for employees and sends a visible signal to others. It addresses the organizational level of influence that the diagnosis found empty.
Component Three: Gate-Run Routines
Barriers have long been the most reliable predictor in health belief research (Janz & Becker, 1984), and the diagnosis found the gate hassle strongly tied to behavior. At employers whose routes involve many stops, a short demonstration and a single printed sheet will teach practical routines: buckle once at the start of a run and let a passenger handle gates, plan feeding routes to reduce stops and buckle before the engine starts as a fixed habit. These raise perceived behavioral control, which Ajzen (1991) identified as a direct influence on behavior when it reflects real constraints.
Component Four: Local Stories
Perceived susceptibility near home was low. Short video and print stories from local people who survived rollovers on county roads because they were belted, and from families who lost someone who was not, will be shared through the county paper, the radio station's farm report and the sale barn. Stories by neighbors are more credible than statistics in this community and change outcome expectations about slow roads.
Component Five: Harvest Week
During one week before harvest, two repair shops will check and repair belts and reminder chimes for free, and the sheriff will publicize belt checks on county roads. Publicized enforcement has strong evidence behind it as a way to raise belt use (Dinh-Zarr et al., 2001). The county cannot change the state's secondary law, but visible enforcement within it and working reminders in trucks make buckling the easier choice.
Logic Table
Table 1 links each component to its construct and measure.
Table 1. Program Logic
| Component | Construct targeted | Measure |
|---|---|---|
| Visible models | Descriptive norm; observational learning | Survey: most coworkers buckle |
| Vehicle policies | Organizational environment | Policies adopted; observed use in company trucks |
| Gate-run routines | Barriers; perceived control | Survey: buckling is a hassle |
| Local stories | Susceptibility; outcome expectations | Survey: could be hurt near home |
| Harvest week | Environment; enforcement | Chimes repaired; observed use at elevator road |
Note. All survey items repeat those used in the diagnosis.
Sequence and Sustainability
The components are ordered so that early, visible changes support later ones. Vehicle policies and model recruitment come first, in the spring, because they change what people see before any message runs. Gate-run routines are taught in late spring, before the busy summer haying season. Stories run through the summer. Harvest week comes in early fall, when traffic to the elevator peaks and when the observation is repeated. To last beyond one year, the program relies on things that persist without funding: employer policies, models who keep buckling, a habit taught in the high school's ag classes and an annual harvest week the repair shops have agreed to repeat if it brings them customers. The health department's main ongoing cost is the yearly observation and survey.
Partners and Budget
Partners are the county road department, the grain cooperative, the sheriff's office, two repair shops, the radio station, the newspaper, the high school and the extension office. The first-year budget is about $11,500: $4,000 for video and poster production, $2,500 for free belt and chime repairs, $2,000 for the guide and demonstrations, $1,800 for advertising and printing and $1,200 for the evaluation survey and observers' time.
Evaluation
Roadside observation at the same two sites and the same survey at the next county fair will measure change against the diagnosis. Process measures will count models recruited, policies adopted, demonstrations held, stories published and repairs made. Since the most rural counties start lowest on belt use (Strine et al., 2010), even a modest rise would matter here. Because there is no comparison county, changes cannot be attributed with certainty, and the report will say so.
Conclusion
Buckle Every Gate puts the people drivers watch, the trucks they drive and the routines of their work at the center of change, with stories and enforcement for support. Every activity traces to a construct and a measure, which makes the plan both theory-based and testable.
References
Ajzen, I. (1991). The theory of planned behavior. Organizational Behavior and Human Decision Processes, 50(2), 179-211. https://doi.org/10.1016/0749-5978(91)90020-T
Bandura, A. (2004). Health promotion by social cognitive means. Health Education & Behavior, 31(2), 143-164. https://doi.org/10.1177/1090198104263660
Dinh-Zarr, T. B., Sleet, D. A., Shults, R. A., Zaza, S., Elder, R. W., Nichols, J. L., Thompson, R. S., & Sosin, D. M. (2001). Reviews of evidence regarding interventions to increase the use of safety belts. American Journal of Preventive Medicine, 21(4, Suppl.), 48-65. https://doi.org/10.1016/S0749-3797(01)00378-6
Janz, N. K., & Becker, M. H. (1984). The health belief model: A decade later. Health Education Quarterly, 11(1), 1-47. https://doi.org/10.1177/109019818401100101
Strine, T. W., Beck, L. F., Bolen, J., Okoro, C., Dhingra, S., & Balluz, L. (2010). Geographic and sociodemographic variation in self-reported seat belt use in the United States. Accident Analysis and Prevention, 42(4), 1066-1071. https://doi.org/10.1016/j.aap.2009.12.014
What the PHE 340 Module 7 instructions ask for
PHE 340's second project, in Module Seven, asks you to design a theory-based intervention, usually five to seven pages in APA 7. Start from your behavioral diagnosis and the targets it ranked. Write measurable objectives using the same measures. Describe each component, the construct it targets and the evidence or theory behind it, and make sure the components together address several levels of influence. Include a logic table linking each activity to a construct and a measure. Name partners and give an itemized budget. Plan an evaluation that repeats your diagnosis measures and counts process steps, and say plainly how much of any change the design can credit to the program. Keep the budget modest.
How this PHE 340 Module 7 project two example is built
Nebraska's Sandhills plan, Buckle Every Gate, aims to lift observed elevator-road belt use from 54% to 65% and the coworker-norm item from 22% to 40%. Twelve foremen, ranchers and rodeo figures serve as visible models, following Bandura. County and cooperative vehicle policies fill the empty organizational level. Gate-run routines target the barriers Janz and Becker found most predictive and the control Ajzen describes. Local rollover stories raise susceptibility. A harvest week of free chime repair and publicized belt checks draws on Dinh-Zarr and colleagues. Table 1 maps each piece to a construct and measure, the budget is about $11,500 and the PHE 340 evaluation repeats roadside counts, mindful of Strine and colleagues' rural pattern. Every piece has a measure.
Where the PHE 340 Module 7 rubric puts the points
Graders of the PHE 340 intervention project typically reward clear links between the diagnosis and the design, measurable objectives, components mapped to named constructs with supporting evidence, multilevel reach, a logic table, realistic partners and budget and an evaluation that repeats baseline measures and acknowledges its limits. Plans that score highest choose credible messengers and practical environmental supports and avoid relying on information alone. Graders value consistency of measures from diagnosis to evaluation. Professional organization and correct APA 7 citations complete the stronger projects. A plan that local partners could launch within months scores better than an ideal one no one could fund. Consistency matters.
PHE 340 Module 7 help: the mistakes that cost points
Intervention projects for PHE 340 slip when activities are chosen before targets, constructs are named without measures, the plan relies on education alone or the evaluation uses different measures than the diagnosis. Some also promise effects no single county program could produce. If your behavior or setting differs, share your diagnosis, earlier papers and directions, and the design will follow your own ranked targets. Lists of local employers and respected community figures help choose models. Our PHE 340 plans map every activity to a construct and measure it the same way twice. Bring partner names. Local employers' fleet sizes help estimate reach.
Get PHE 340 Module 7 written to your instructions
Pass along the PHE 340 Project Two directions with your behavioral diagnosis. The plan will set measurable objectives, design components mapped to your target constructs across several levels, add a logic table, partners and budget and build an evaluation on your baseline measures, ready within 24 to 48 hours and free for a first request. 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 PHE 340 papers and related BS Public Health samples
- PHE 340 Module 1 Discussion: Why a Seat Belt Is a Social Decision
- PHE 340 Module 2 Health Belief Model Short Paper: Susceptibility on a Two-Mile Gravel Trip
- PHE 340 Module 3 Planned Behavior Short Paper: Attitudes, Norms and Control Behind the Wheel
- PHE 340 Module 4 Discussion: Stages of Change and the Rancher Who Says Maybe
- PHE 340 Module 5 Project One: A Behavioral Diagnosis of Belt Use in One County
- PHE 340 Module 6 Social Cognitive Short Paper: Models, Confidence and the Cab of a Pickup
- PHE 340 Module 8 Discussion: Closing Reflection on Theory and Real People
- PHE 321 Module 7 Project Two: An Integrated Plan for Screening, Treatment and Vector Awareness
- PHE 330 Module 7 Project Two: Campaign Materials and an Evaluation Plan
- PHE 101 Module 4 Discussion: Rules, Liberty and the Family Farm
- PHE 327 Module 8 Discussion: Closing Reflection on Research With a Community
PHE 340 Module 7 questions, answered
Where can I find a free PHE 340 Module 7 Project Two sample?
This page has the complete PHE 340 Project Two plan, a theory-based seat belt intervention for a ranching county mapped construct by construct.
What makes an intervention theory-based?
Each activity targets a specific construct, such as norms or barriers, identified as important in the audience, with a measure to track change.
What is a logic table in program planning?
A table linking each program component to the construct or determinant it targets and the measure that will show whether it changed.
Why include environmental and policy components?
Because changes like workplace policies and enforcement make behavior easier and often produce larger effects than persuasion alone.
How should a behavior change intervention be evaluated?
Repeat the baseline measures from the diagnosis, count process steps and acknowledge what can and cannot be attributed to the program.