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Nurse-Led Hypertension Education and Home Blood Pressure Monitoring 1

Nurse-Led Hypertension Education and Home Blood Pressure Monitoring

Nurse-Led Hypertension Education and Home Blood Pressure Monitoring in Miami-Dade County

Student’s name: Yisell Gonzalez

Institution: Florida National University

Instructor: Dr. Carmen Lazo DNP, MSN, APRN-BC, APN

Course: Capstone Project

Date: October 11, 2026

Introduction and Significance of the Practice Problem

Hypertension is a significant public health problem in the United States in terms of its prevalence, poor control of management, and its continuing association with significant cardiovascular and renal complications. A total of 47.7% of all adults living in the United States were hypertensive between August 2021 and August 2023, according to Fryar et al. (2024). The prevalence and management of hypertension among the adult population was quite high, with only 20.7% controlling the blood pressure levels less than 130/80 mmHg. The statistics provide an indication of how to deal with such problems like inadequate BP measurements, lack of compliance with treatment programs, and continuous patient education.

High blood pressure is linked to cognitive decline, loss of vision and peripheral artery disease. The stroke and other heart-related conditions cause disabilities, low quality of life, low independence level, early death, and increased utilization of healthcare services. All these effects have not only an effect on families but also on the health care delivery system in terms of increased utilization of emergency care, hospitalization, rehabilitation, and long-term health care services. According to the CDC (2026), heart disease and stroke are the "cardiac complications" of high blood pressure.

There are various ways through which you can control your high blood pressure as well as lifestyle modifications you can embrace to manage it; however, knowing your condition and not ignoring it goes hand-in-hand when it comes to controlling your blood pressure. There are many things that can stand in the way of doing these activities successfully, such as low levels of health literacy, poor adherence to medication and dieting, and low level of follow-ups. Through HBPM, both patients and clinicians can identify patterns between clinic visits, but the best thing about using HBPM for patients is learning and being able to use it effectively.

The proposed capstone project is for adults (age 18+) with uncontrolled hypertension receiving primary care in Miami-Dade County. This project will compare the success of an 8-week nurse- facilitated education and home blood pressure monitoring program in decreasing systolic and diastolic blood pressure to usual hypertension management. Through the structured education, home monitoring, and nursing follow-up every week, the intervention is designed to focus on modifiable factors that may inhibit hypertension control and hence improve short-term BP outcomes.

The objective of the project will be to assess the impact of eight-week hypertension educational sessions provided by nurses and monitoring of blood pressure at home for adult patients with uncontrolled hypertension in a primary care setting in Miami-Dade. The measure of success will be the difference between baseline and final measures of the systolic and diastolic blood pressures of the participants after eight weeks. The intervention is feasible within the capstone time frame because it is dependent on nursing education, home blood pressure monitoring kits that can be purchased, telephone, and primary care settings.

PICOT Question

“In adults aged 18 years and older with uncontrolled hypertension receiving care at a primary care clinic in Miami-Dade County, Florida (P), how does implementation of a nurse-led hypertension education and home blood pressure monitoring program (I), compared with usual hypertension management without structured nurse-led education and monitoring (C), affect systolic and diastolic blood pressure control (O) over eight weeks (T)?”

The targeted population is adults aged 18 years and above with uncontrolled hypertension in Miami-Dade County seeking treatment in primary healthcare facilities. This intervention will entail nurse-based structured education and home-based monitoring for hypertension. The education will entail providing education about hypertension, adherence to medications, reducing sodium intake, doing physical exercises, losing weight, stopping smoking, and detecting high blood pressure levels. Training will be offered in measuring blood pressure in their homes.

The control will be the management of hypertension by usual means without nurse-led structured education and monitoring of blood pressure. The usual care may include regular visits to the healthcare provider, drug prescriptions, and education at clinics. The primary outcomes will be systolic and diastolic blood pressure changes between the baseline and eight weeks. Eight weeks gives enough time to make observations, yet is realistic for a graduate nursing capstone project.

Vulnerable Population and Setting

Individuals living with hypertension are considered a vulnerable population since poor blood pressure control exposes them to the risk of stroke, heart failure, kidney failure, coronary heart disease, and early deaths. Miami-Dade County would be an appropriate location for implementing the intervention because of its large and diverse population. The Hispanic and the Non-Hispanic Black sub-populations have some disparities when it comes to disease prevalence and control on a national level. According to current national data, the prevalence of the disease stands at 59.6% and 44.9% in the Non-Hispanic Blacks and Hispanics, respectively.

This intervention can tackle various barriers at once. Home BP monitoring does not depend on BP measurements only in a clinic, while nurse training will enhance their knowledge about the disease and improve compliance with treatment. Individuals will also benefit from individual health education that takes into account language, health literacy, diet habits, financial issues, and accessibility of health care services.

Evidence for the Proposed Intervention

There are recent pieces of evidence about the efficacy of combining nurse-led education and blood pressure self-monitoring. Bulto et al. (2024) carried out a systematic review and meta-analysis based on 37 randomized controlled trials with 9,731 participants. The interventions conducted by nurses led to decreased systolic and diastolic blood pressure when compared with usual care. Blood pressure home monitoring is one more aspect of the proposed intervention. In their research, Doogue et al. (2023) presented pieces of evidence about the effectiveness of self-monitoring as an approach to the improvement of blood pressure control. Natale et al. (2023) discovered that home monitoring could promote patients' autonomy, motivation, drug adherence, and health self-awareness; however, patients can get confused or anxious if there is no proper education and clinical support. Thus, nurse participation is required since monitoring has to be combined with education on measurement and interpretation of readings and appropriate actions.

"Economic factors also provide reason to consider home monitoring. Hayek et al. (2023) analyzed the economic impact of various blood pressure monitoring methods and highlighted the need to assess the efficacy and cost of these monitoring techniques. A low-cost model that involves validated automated cuffs, proper education, and follow-up by a nurse can be considered an effective solution.

Proposed Intervention, Resources, and Feasibility

The eight-week intervention will start with a baseline clinic visit. Blood pressure, knowledge about hypertension, self-management behaviors, individual education on hypertension, and proper home measurement of blood pressure will be assessed by the nurse. Participants will be provided with an automated blood pressure device and instructions for measuring their blood pressure at home.

For the second to seventh week, nurses will perform weekly follow-up visits via telephone, telehealth, or electronic means. Follow-up will cover blood pressure measurements, medication adherence, lifestyle practices, self-management barriers, and symptoms that need escalation. Abnormal blood pressure measurements will be reported to the primary care provider following clinic protocol. The eighth week will be covered by a final assessment of blood pressure compared to baseline measurements.

Resources required will include validated automated blood pressure machines, educational literature, record keeping, nursing time, and contact with the primary care provider whenever the need arises to escalate care. An initial budget for the small-scale implementation of the capstone project may be: $2,000 for 40 home blood pressure monitoring machines, $500 for educational literature and printing, $1,500 for nursing implementation and follow-up, and $500 for data handling and miscellaneous, totaling an estimated cost of approximately $4,500 (Hayek et al., 2023). This is the cost for implementing the proposed project and not the economic cost of hypertension in Miami-Dade County. However, the economic cost of hypertension on the national level is quite huge, with costs estimated at $219 billion annually in the U.S (Hayek et al., 2023).

Theoretical Framework

The nursing theory to be used to guide the project will be Orem's Self-Care Deficit Nursing Theory. This theory is suitable since self-care is an important part of hypertension management. Such self-care behaviors include medication use, dietary changes, exercise, weight control, and regular checking of blood pressure.

Orem's theory will be used in the nurse-led intervention where the self-care deficit will be identified, and patients will be educated to take more responsibility for managing their hypertension. The nurse will first give many instructions and education through demonstration before giving support to patients who are already confident with home monitoring. Finally, the goal of this approach will be empowering patients to independently practice self-care.

The theory also fits well with evidence supporting the positive role of self-monitoring in self-management. According to Natale et al. (2023), while home monitoring empowers patients, some may feel uncertainty regarding interpreting results. Therefore, Orem's theory will be the reason for including both self-monitoring and nurse education, and not just providing monitoring devices.

REVIEW OF LITERATURE

National and Local Burden of Hypertension

However, despite multiple attempts, hypertension remains a serious health problem in the USA due to its high prevalence and poor control. Based on the national surveillance estimates, 47.7% of all adults from the age of 18 and above in the USA suffered from hypertension within the period of August 2021 and August 2023. On the other hand, the rate of blood pressure control in patients (lower than 130/80 mmHg) was only 20.7% (Fryar et al., 2024). Furthermore, according to the CDC, there were about 119.9 million of adults who had high blood pressure in the USA. The chosen problem is relevant to the intervention area since there were 33.8% of adults in Miami-Dade County with high blood pressure in 2023. Even though it cannot be assumed that all these emergency admissions were associated with inappropriate hypertension management, this data indicates the necessity for the intervention.

Consequences of Uncontrolled Hypertension

if high blood pressure is not addressed in time, it can cause damage to the cardiovascular system and organs such as the brain, kidneys, and other organs; stroke; heart disease; heart failure; and chronic kidney disease. In addition, hypertension and kidney disease can cause each other a lot of trouble. This way, inadequate treatment can cause hospitalization, require emergency services, be on medicine throughout one’s life, become disabled and die too early. Discrepancy between the prevalence rate of adult hypertension in the country and the proportion of people whose blood pressure is under control shows that medication treatment is not a solution to this issue (Fryar et al., 2024).

Evidence Supporting the Practice Change

Nurse-Led Hypertension Education

Emerging evidence demonstrates the importance of nurses in managing hypertension. According to Bulto et al. (2024), an analysis of 37 randomized controlled trials, which had a sample size of 9,731 people, showed that nurse-led interventions helped reduce systolic and diastolic blood pressure. Nevertheless, significant heterogeneity and low quality of evidence show that results depend on intervention specifics, its duration, and patients' features. Ito et al. (2024) reached similar conclusions, showing that nurse-led interventions led to better results in the management of hypertension, but short-term effects did not always confirm those.

Single research can be used as additional evidence. Kordvarkane et al. (2023) showed that structured education along with frequent telephone follow-ups helped manage the disease and lower blood pressure. Adzitey et al. (2026) proved that a nurse-led self-care intervention improved the state of patients and their blood pressure. Altogether, it is possible to conclude that continuous work with patients is more effective than the provision of isolated educational programs.

Home Blood Pressure Monitoring

The second part of the intended intervention is home BP monitoring. According to Adzitey et al., (2026) Mixed results were seen when monitoring was provided in conjunction with telemonitoring or other clinical assistance. Inconsistencies in the results of this study may stem from the fact that home monitoring has been shown to lead to greater patient awareness, motivation, and autonomy, but also to anxiety or uncertainty when patients are not aware of their readings.

In underserved populations, implementation support was shown to be important by Khatib et al. (2025). Their randomized pilot trial suggested that the implementation of a clinical integration package (device training, cuff sizing, documentation, reminders, and workflow support) increased the level of engagement with self-monitoring of blood pressure and was correlated with greater reduction in systolic blood pressure. It appears that merely giving a BP monitor is not enough. Education and ongoing CPD are significant for the use of measurements to manage oneself effectively.

Application to the PICOT.

The literature clearly supports the proposed PICOT: nurse-led hypertension education and home blood pressure monitoring will be offered to adults aged 18 years and older with uncontrolled hypertension in a primary care clinic in Miami-Dade compared to usual hypertension management without nurse-led hypertension education and home blood pressure monitoring. These two strategies, known to be potentially beneficial in the literature, are combined in the intervention.

The intervention will consist of an 8-week period, consisting of baseline blood pressure assessment, structured education, demonstration of appropriate home measurement, providing a validated, automated monitor, and weekly nursing follow-up. Nurses will discuss at-home readings, medication adherence, lifestyle factors, and challenges to self-management. Concerning readings will be reported to the main care provider in line with clinical protocols.

Nurses, Cost, and Healthcare Impact

Nurses as Leaders

Nurses have the capacity to spearhead this change in practice as the management of hypertension involves education, reinforcement, monitoring, assessment, and coordination of efforts. Nurses will be able to show proper measurement techniques, barriers to compliance, reinforce behavior, monitor measurements at home, and communicate with healthcare professionals. Bulto et al. (2024) and Ito et al. (2024) offer evidence supporting this intervention by nurses. The proposed change in practice does not require nurses to independently alter medications for patients. Instead, nurses will coordinate education and monitoring efforts and escalate findings to the primary care professional.

Cost and Healthcare Impact

The high cost associated with hypertension makes it necessary to come up with measures that will make outpatient management stronger. Hayek et al. (2023) reported that self-monitoring of blood pressure was relatively cost-effective in comparison to conventional monitoring, especially when accompanied by other clinical inputs. The capstone intervention will need BP monitors, teaching materials, nursing, and data management. The cost of implementing the project at about $4,500 is for small-scale project costs and not a cost-effectiveness analysis. Effective blood pressure management may decrease the need for complications that will require emergency services. Nevertheless, the eight weeks of the capstone is not enough to demonstrate any reduction in cardiovascular complications or even health costs.

Objectives and Proposed Practice Change

Objectives and Need for Change

The main goal is to measure changes in blood pressure of adults with uncontrolled hypertension, comparing the measurements taken from the initial point and after eight weeks. Secondary goals include increasing awareness of hypertension, home monitoring, medication compliance, self-management of lifestyle, and identifying any barriers to the control of blood pressure. Change is needed since there is still a gap between the prevalence and the control of hypertension according to national statistics. There is a high prevalence and use of the emergency department for hypertension in Miami-Dade County. Literature shows that nurse-led education and home monitoring can help overcome barriers between clinics.

Outcome Evaluation and IRB Considerations

In an attempt to resolve the issue raised above, the research project should be reviewed by the appropriate institutional/organizational body so as to determine whether the research is to be considered as quality improvement, practice evaluation, or human subject research. The research project must not take on itself the responsibility of assuming that the IRB review is not required. Should it be considered as quality improvement, then the outcomes could be assessed through taking the standardized baseline and eight-week blood pressure readings while protecting the privacy of the subjects. There should be a reduction in identifiers, proper storage of data, and reporting of the results in aggregated form.

Strengths, Limitations, and Synthesis

The main advantage of the proposed intervention is that it is based on evidence in favor of nurse-led management and supported home monitoring (Moreira et al., 2023). This intervention is also feasible as it utilizes resources of primary care, validated BP monitors, and telephone/telehealth follow-up. Some limitations can be attributed to the differences in population characteristics, intensity, duration, and healthcare setting among studies. In addition, several studies were carried out in foreign countries, making it hard to generalize their results for Miami-Dade County. Home BP monitoring can cause distress or measurement error in the absence of proper guidance. Also, an eight-week project will allow measuring the effect on short-term BP values but not on long-term cardiovascular outcomes or mortality.

In sum, it appears that multiple components should be used instead of single education or monitoring. Nursing education gives patients knowledge and behavioral support, while home monitoring gives information between visits. By integrating these two elements with weekly nursing follow-ups, the identified problem is directly addressed. The proposed practice change allows for the implementation of an evidence-based approach to measuring the improvement in systolic and diastolic BP values of adults with uncontrolled hypertension in Miami-Dade's primary care settings.

PART III: IMPLEMENTATION, EVALUATION, AND CONCLUSION

Proposed Practice Change and Setting

The planned practice change is a hypertension education and home blood pressure monitoring program among adults aged 18 years or older with uncontrolled hypertension visiting a primary care clinic in Miami-Dade County, Florida. This intervention will focus on the improvement of blood pressure control through an education program, validated home blood pressure monitoring devices, and nursing follow-up once per week for eight weeks. In line with the PICOT question, the main outcome will be a change in systolic and diastolic blood pressure from baseline to the end of the intervention. Through this program, there will be enhancement of self-care, medication adherence, and behavior changes. According to Bulto et al. (2024), nurse-led interventions may contribute to improved blood pressure control as compared to standard care.

Implementation Plan and Timeline

Approval from the organization will be needed, along with cooperation among stakeholders, staff training, and an intervention protocol. Since this capstone does not include implementation that involves patients, the timeline reflects a future plan of implementation as opposed to actual patient care.

Activity	Timeline
Finalize protocol and educational materials	Week 1
Consult clinic leadership and stakeholders	Week 2
Obtain organizational review and required determinations	Week 3-4
Prepare staff, monitors, and data collection tools	Week 5
Conduct baseline assessment and education	Clinical Week 1
Provide monitoring and weekly follow-up	Clinical Weeks 2–7
Complete final blood pressure assessment	Clinical Week 8
Analyze aggregate results and report findings	After Week 8

Nurses will educate on the risks associated with high blood pressure, medication adherence, reducing sodium intake, engaging in exercise, managing one’s weight, quitting smoking, and proper management when taking blood pressure readings. Education on proper techniques for taking blood pressure at home will also be provided to patients. Telephone visits for weekly follow-ups in telehealth will be helpful in the following ways: Blood pressure checks that cause concern can be forwarded to the primary care provider.

Barriers and Facilitating Factors

Barriers could be limited health literacy, differences in language, affordability or availability of the monitors, variability in the process of measurement, lack of contact for follow-up, and lifestyle changes. Worry about higher readings can also become an obstacle. According to Natale et al. (2023), there are some advantages and barriers to home BP measurements that have been discussed. Some of these barriers can be eliminated by using layman’s language in materials, culturally sensitive instructions, demonstration with return demonstration, interpreting services, and telephone follow-up. Facilitators include nursing knowledge, clinic processes, access to physicians, and availability of automated blood pressure equipment.

Evaluation and Measurement

The effectiveness of the program will be assessed through comparison of baseline and post-intervention systolic and diastolic blood pressure measurements done after eight weeks. This will be conducted using an automated and validated upper arm blood pressure machine. Other process measures that can be included in this evaluation are completion of the education program, follow-up contacts, adherence, and measurement skills. A knowledge quiz and skills checklist can measure patient knowledge and skills.

Results need to be presented through aggregate data that includes baseline and post-intervention mean systolic and diastolic blood pressures and percentage of participants who have completed the program. No results should be presented as having been achieved until the program has been implemented and evaluated. Self-monitoring is a relevant measure in hypertensive care according to Doogue et al. (2023), and nurse intervention is supported by Bulto et al. (2024). Eight weeks can only show short-term effects but cannot provide long-term cardiovascular outcomes or blood pressure readings.

Leadership and Stakeholder Responsibilities

Efforts will be needed for collaborative leadership and role delineation in order to ensure successful implementation of this program. Clinic management will organize and direct activities and resource allocation. Care providers will conduct reviews and make necessary changes regarding patients’ therapy in case of high readings. Nursing educators will facilitate teaching and measurements, while quality improvement personnel will provide assistance in evaluation. Information technology employees will document all data securely, while finance employees will control expenditures. Employees working on language access will be responsible for making sure that education is done in an understandable manner. The project leader will present all proposed measures, timeline, budget, and evaluation process to stakeholders prior to implementation.

Budget and Ethical Considerations

The projected cost for the project is $4,500.  $2,000 will be spent on 40 home blood pressure monitors, $500 on instructional material, $1,500 on nursing implementation and follow-up, and $500 on data management and other expenses. The actual cost will depend on the clinic resources already in place.

Prior to implementing the project with the patients, the organization needs to know how the project should be reviewed, including whether the project is to go through the institutional review board approval process or another formal quality improvement decision process. Privacy of the patients should be ensured by proper storage, controlled access, and proper handling of the identifiable information.

Conclusion

The proposed nurse-led intervention is a structured approach through which the self-management of hypertension can be improved for adults who seek health care services in Miami-Dade County. Through education, self-monitoring, and nursing follow-up on a weekly basis, this intervention has the potential to improve adherence to treatment, thereby improving blood pressure outcomes. A realistic time frame, stakeholder involvement, adequate budget, and an evaluation process make this an implementation-ready intervention. In the future, the intervention's effectiveness will be measured by changes in blood pressure outcomes.

References

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Bulto, L. N., Roseleur, J., Noonan, S., Pinero de Plaza, M. A., Champion, S., Dafny, H. A., ... & Hendriks, J. M. (2024). Effectiveness of nurse-led interventions versus usual care to manage hypertension and lifestyle behaviour: a systematic review and meta-analysis. European Journal of Cardiovascular Nursing, 23(1), 21-32. https://doi.org/10.1093/eurjcn/zvad040

Centers for Disease Control and Prevention. (2026). High blood pressure facts. https://www.cdc.gov/high-blood-pressure/data-research/facts-stats/index.html

Doogue, R., Hayes, P., Tucker, K., Fahey, T., Sheikhi, A., Koshiaris, C., & Glynn, L. (2023). Self-monitoring for improving control of blood pressure in patients with hypertension: A Cochrane intervention review. Rural and Remote Health, 23, 8170. https://doi.org/10.22605/RRH8170

Fryar, C. D., Kit, B., Carroll, M. D., & Afful, J. (2024). Hypertension prevalence, awareness, treatment, and control among adults age 18 and older: United States, August 2021–August 2023.https://doi.org/10.15620/cdc/167684

Hayek, M. A., Giannouchos, T., Lawley, M., & Kum, H. C. (2023). Economic evaluation of blood pressure monitoring techniques in patients with hypertension: a systematic review. JAMA Network Open, 6(11), e2344372. https://doi.org/10.1001/jamanetworkopen.2023.44372

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Ito, M., Tajika, A., Toyomoto, R., Imai, H., Sakata, M., Honda, Y., ... & Furukawa, T. A. (2024). The short and long-term efficacy of nurse-led interventions for improving blood pressure control in people with hypertension in primary care settings: a systematic review and meta-analysis. BMC Primary Care, 25(1), 143. https://doi.org/10.1186/s12875-024-02380-x

Khatib, R., Glowacki, N., Guzman, I., Ozoani, O., Brill, J., Lauffenburger, J. C., ... & Gordon, M. (2025). Adopting Self-Measured Blood Pressure Monitoring Among Underserved Communities (ASPIRE): A Pilot Randomized Controlled Trial: Khatib et al. Journal of general internal medicine, 40(16), 3822-3830.https://doi.org/10.1007/s11606-025-09646-9

Kordvarkane, Z., Oshvandi, K., Mohammadi, Y., & Azizi, A. (2023). Effect of education based on the Common-Sense Model of Self-Regulation on blood pressure and self-management of hypertensive patients: A clinical trial study. International journal of nursing sciences, 10(3), 294-301. https://doi.org/10.1016/j.ijnss.2023.06.009

Moreira, P. M., Aguiar, E. C., Castro, P. R., Almeida, K. C., Dourado, J. A., Paula, S. M., ... & Oliveira, M. G. (2023). Optimizing hypertension treatment in older patients through home blood pressure monitoring by pharmacists in primary care: the MINOR clinical trial. Clinical Therapeutics, 45(10), 941-946. https://doi.org/10.1016/j.clinthera.2023.06.007

Natale, P., Ni, J. Y., Martinez-Martin, D., Kelly, A., Chow, C. K., Thiagalingam, A., ... & Jaure, A. (2023). Perspectives and experiences of self-monitoring of blood pressure among patients with hypertension: a systematic review of qualitative studies. American Journal of Hypertension, 36(7), 372-384. https://doi.org/10.1093/ajh/hpad021