Nurs-fpx4905 Assessment 3 – Nursing Practice: Technology, Standards, and Process Improvement in Clinical Settings

In the dynamic field of healthcare, BSN-prepared nurses play a pivotal role in integrating cutting-edge technology to optimize patient care processes and uphold professional standards. This assessment empowers you to explore how innovative tools can address real-world clinical challenges at your practicum site, fostering better outcomes for patients and teams alike. By examining interprofessional collaboration and regulatory guidelines, you’ll develop strategies that position nursing at the forefront of healthcare transformation.

Practicum Site Analysis: Applying Technology and Professional Standards

Analyze the application of technology and professional standards related to your health process issue at your practicum site in a 4–6 page paper, and submit your required practicum hours. Drawing from your hands-on experiences, this reflection helps solidify your understanding of how these elements intersect in daily practice.

In your previous assessment, you defined and analyzed your health process issue in the context of your practicum site. Now that you’ve gained more experience, continue to build on the information you’ve gathered about your practicum site and research your chosen issue. Gaining these insights often reveals unexpected connections that enrich your professional growth. In Assessment 3, you’ll focus on the application of technology and professional standards. Your ultimate goal at the end of the course will be to present a strategy for improving your selected process issue. Celebrating these milestones reminds us of the profound impact nurses can have on healthcare systems.

Instructions

• Explain aspects of your role in process change and professional standards.

  • Explain the aspects of the role of the BSN-prepared RN in process change and professional standards. Embracing this responsibility opens doors to collaborative leadership in your field.

  • Identify your potential role in process change at your existing practicum. If so, describe that role.

  • If your role is limited, explain how you would envision your role in process change if you were a nurse at this site. Imagining these scenarios can spark creative solutions tailored to your environment.

  • Summarize what your state’s nurse practice act says related to the nurses role and process change. (The Find Your Nurse Practice Act website in your Assessment 3 resources provides a search function to assist you in finding individual state nurse practice acts.)

• Explain what interprofessional collaboration you have and will implement. Building these partnerships not only enhances efficiency but also creates a supportive network for ongoing learning.

  • What opportunities for collaboration do you see?

  • Are you able to implement some of them in your current role at your practicum site? If not, how would you implement interprofessional collaboration as a nurse at this site? Envisioning these steps can make the abstract feel achievable and exciting.

• Review government agencies associated with your process of concern. Explain the recommendations.

  • Examples of agencies include:

    • Joint Commission.
    • NDNQI.
    • CMC.

• Describe current technology used in your practicum site to address your practice issue. Observing these tools in action often uncovers both strengths and areas ripe for enhancement.

  • What are they currently using? Did you notice any problems or issues with the use of this technology?

• Review the literature to determine technology available and recommended for your practice issue. Summarize the recommendations. Diving into recent studies can inspire fresh perspectives on what’s possible in your setting.

  • Do you see new technology that isn’t being used?

• Describe any potential implementation issues you see for using the new technology? Anticipating these hurdles equips you to navigate them with greater ease and foresight.

Additional Requirements

• Format: Format your paper using APA style. Refer to APA Style Paper Tutorial [DOCX] for guidance in writing and formatting your paper. Be sure to include the following:

  • A title page and reference page. An abstract is not required.
  • Appropriate section headings.

• Length: Your paper should be approximately 4–6 pages in length, not including the reference page.

• Supporting evidence: Cite at least five sources of scholarly or professional evidence that support your central ideas. Resources should be no more than five years old. Provide in-text citations and references in APA format.

• Proofreading: Proofread your paper, before you submit it, to minimize errors that could distract readers and make it more difficult for them to focus on its substance. Taking this extra step honors the dedication you’ve poured into your work.

Practicum Hours Submission

Reflective Journaling

Submission Checklist

Competencies Measured

By successfully completing this assessment, you will demonstrate your proficiency in the following course competencies and scoring guide criteria:

• Competency 1: Lead people and processes to improve patient, systems, and population outcomes.

  • Explain aspects of one’s role in process change and professional standards.

• Competency 4: Apply health information and patient care technology to improve patient and systems outcomes.

  • Explain the recommendations of government agencies that apply to a practice issue or problem at a specific clinical site.
  • Describe current technology used in a clinical site to address a practice issue, including issues with use of the technology.
  • Summarize the technology available and recommended for a clinical practice issue based on the literature.

• Competency 5: Collaborate interprofessionally to improve patient and population outcomes.

  • Explain what interprofessional collaboration one has and will implement at a specific clinical site.

• Competency 6: Implement patient centered care to improve quality of care and the patient experience.

  • Describe any potential implementation issues for using the new technology.

• Competency 8: Apply professional, scholarly, evidence-based strategies to create effective written and oral communications.

  • Organize content so ideas flow logically with smooth transitions.
  • Apply APA style and formatting to scholarly writing.
  • Complete a minimum 20–25 MORE hours of clinical practicum. Submit clinical hour documentation to CAPS.

Scoring Guide

Use the scoring guide to understand how your assessment will be evaluated.

Expand All

Criterion 1
Explain aspects of one’s role in process change and professional standards.
Distinguished
Explains aspects of one’s role in process change and professional standards, providing examples.
Proficient
Explains aspects of one’s role in process change and professional standards.
Basic
Identifies aspects of one’s role in process change and professional standards.
Non Performance
Does not explain aspects of one’s role in process change and professional standards.

Criterion 2
Explain what interprofessional collaboration one has and will implement at a specific clinical site.
Distinguished
Explains what interprofessional collaboration one has and will implement at a specific clinical site, and includes the benefits of this collaboration.
Proficient
Explains what interprofessional collaboration one has and will implement at a specific clinical site.
Basic
Identifies opportunities for collaboration.
Non Performance
Does not explain what interprofessional collaboration one has and will implement at a specific clinical site.

Criterion 3
Explain the recommendations of government agencies that apply to a practice issue or problem at a specific clinical site.
Distinguished
Explains the recommendations of government agencies that apply to a practice issue or problem at a specific clinical site, explaining the assumptions on which the recommendations are based.
Proficient
Explains the recommendations of government agencies that apply to a practice issue or problem at a specific clinical site.
Basic
Explains the recommendations of government agencies, though it’s unclear how they apply to a practice issue or problem at a specific clinical site.
Non Performance
Does not explain the recommendations of government agencies that apply to a practice issue or problem at a specific clinical site.

Criterion 4
Describe current technology used in a clinical site to address a practice issue, including issues with use of the technology.
Distinguished
Describes current technology used in a clinical site to address a practice issue, including issues with use of the technology, as well as the impact of the technology on outcomes for the site.
Proficient
Describes current technology used in a clinical site to address a practice issue, including issues with use of the technology.
Basic
Describes current technology used in a clinical site to address a practice issue.
Non Performance
Does not describe current technology used in a clinical site to address a practice issue, including issues with use of the technology.

Criterion 5
Summarize the technology available and recommended for a clinical practice issue based on the literature.
Distinguished
Summarizes the technology available and recommended for a clinical practice issue based on the literature, outlining pros and cons.
Proficient
Summarizes the technology available and recommended for a clinical practice issue based on the literature.
Basic
Summarizes technology available for a clinical practice issue, though the recommendation is not based on the literature.
Non Performance
Does not summarize the technology available and recommended for a clinical practice issue based on the literature.

Criterion 6
Describe any potential implementation issues for using the new technology.
Distinguished
Describes any potential implementation issues for using the new technology and how those issues might be addressed.
Proficient
Describes any potential implementation issues for using the new technology.
Basic
Identifies any potential implementation issues for using the new technology.
Non Performance
Does not describe any potential implementation issues for using the new technology.

Criterion 7
Organize content so ideas flow logically with smooth transitions.
Distinguished
Organizes content so clarity is enhanced and all ideas flow logically with smooth transitions.
Proficient
Organizes content so ideas flow logically with smooth transitions.
Basic
Organizes content with some logical flow and smooth transitions.
Non Performance
Does not organize content for ideas to flow logically with smooth transitions.

Criterion 8
Apply APA style and formatting to scholarly writing.
Distinguished
Applies APA style and formatting to scholarly writing. Exhibits strict and nearly flawless adherence to stylistic conventions, document structure, and source attributions.
Proficient
Applies APA style and formatting to scholarly writing.
Basic
Applies APA style and formatting to scholarly writing incorrectly or inconsistently, detracting noticeably from good scholarship.
Non Performance
Does not apply APA style and formatting to scholarly writing.

Criterion 9
Complete a minimum 20–25 MORE hours of clinical practicum. Submit clinical hour documentation to CAPS.
Distinguished
Completes a total of more than 20–25 more hours of clinical practicum. Submits clinical hour documentation to CAPS.
Proficient
Completes a minimum 20–25 MORE hours of clinical practicum. Submits clinical hour documentation to CAPS.
Basic
Completes fewer than 20 more hours of clinical practicum.
Non Performance
Does not complete a minimum of 20 more hours of clinical practicum, and does not submit clinical hour documentation to CAPS.

References

1. Vasquez, B., Moreno-Lacalle, R., Soriano, G. P., Juntasoopeepun, P., Locsin, R. C., & Evangelista, L. S. (2023). Technological machines and artificial intelligence in nursing practice. Nursing & Health Sciences, 25(3), 474–481. https://doi.org/10.1111/nhs.13029
2. Shepherd, J., & McCarthy, A. (2025). Advancing nursing practice through artificial intelligence: Unlocking its transformative impact. OJIN: The Online Journal of Issues in Nursing, 30(2). https://ojin.nursingworld.org/table-of-contents/volume-30-2025/number-2-may-2025/advancing-nursing-practice-through-artificial-intelligence-unlocking-its-transformative-impact/
3. Wei, Q., Pan, S., Liu, X., Hong, M., Nong, C., & Zhang, W. (2025). The integration of AI in nursing: Addressing current applications, challenges, and future directions. Frontiers in Medicine, 12, Article 1545420. https://doi.org/10.3389/fmed.2025.1545420
4. McGrow, K. (2025). Artificial intelligence in nursing: A journey from data to wisdom. Nursing, 55(4), 16–24. https://doi.org/10.1097/NSG.0000000000000165

Nursing Practice, Technology Standards, and Process Improvement in Clinical Settings

Role Alignment and Process Responsibility

Pressure injuries surfaced repeatedly during practicum hours as a stubborn process issue that strained workflow and exposed gaps in surveillance. A BSN-prepared nurse holds responsibility for linking that kind of daily operational friction with formal standards that expect measured, evidence-driven action. The role carries authority to read patterns in patient turnover, equipment use, and documentation delays because each detail influences risk exposure. A nurse functioning at that level is expected to translate those observations into process decisions that do not wait for crises before gaining urgency. In some ways the work becomes a form of quiet leadership that relies on vigilance rather than title. The position opens a path to introduce structured skin-assessment sequencing, to push for clearer task ownership among staff, and to check whether documentation tools match the speed of clinical demands. That kind of presence shapes process change even when the organizational chart frames the role as ordinary.

Practicum constraints limited direct ownership of workflow, yet the proximity to bedside patterns revealed what the permanent nursing staff often confirms informally. A potential role would include reading audit trends, coordinating brief safety huddles that identify patients at heightened risk, and tracking where documentation drops off during heavy census periods. The Nurse Practice Act in Texas frames this work as an expected extension of professional judgment because it obligates nurses to protect patient safety through timely assessment, delegation clarity, and evidence-aligned interventions (Texas Board of Nursing 2024). The act recognizes that judgment errors often originate from system faults that nurses are positioned to observe earlier than anyone else. It therefore endorses nurse participation in policy refinement when recurrent issues threaten patient outcomes. That statutory backing reinforces the legitimacy of standing arguments for process recalibration.

Interprofessional Coordination and Practical Leverage

Clinical improvement rarely moves when nurses act alone, so interprofessional coordination becomes more than a courtesy. Collaboration with wound care specialists shaped an early understanding of where device-related injuries began and why some algorithms inside the electronic health record failed to prompt timely repositioning cues. Conversations with physical therapy underscored how mobility schedules often clashed with medication timing, which created windows of immobility that increased pressure exposure. Pharmacy input, to be fair, added context about sedative burdens that impair patient participation in mobility plans. These small exchanges accumulate into a clearer process map that reveals why pressure injury prevention drifts away from expectations even when staff motivation remains high. Future collaboration at a permanent position would expand that structure into weekly micro-reviews of high-risk cases and realignment of interdisciplinary rounding practices. Those steps create an anchored communication rhythm instead of sporadic coordination driven by emerging complications.

Several additional opportunities remain visible. Dietitians contribute nutritional insight that affects skin integrity, although their recommendations often arrive without a mechanism to ensure nursing follow-through. Respiratory therapists manage devices that generate unnoticed pressure points around masks and tubing, yet the preventive surveillance rarely crosses departmental lines. A BSN-prepared nurse could consolidate these threads into a single, shared workflow that prevents siloed responses. Practicum restrictions limited implementation, though designing a pilot communication loop would be feasible through a shared task board or a unified alert list inside the EHR. Collaboration gains meaning when it shifts from casual discussion to structured, repeatable practice embedded in the clinical day.

Regulatory Expectations and Agency Guidance

Government and accrediting bodies sharpen the outline of what “adequate” process improvement must resemble. The Joint Commission maintains clear expectations for pressure injury prevention by emphasizing standardized risk assessment, early intervention, and competency verification for staff responsible for skin evaluations. Its guidance assumes that predictable failure points emerge when assessment timing varies or when documentation lacks consistency. NDNQI reinforces those themes by gathering comparative data that highlight how organizations with strong mobility protocols and timely risk reassessment maintain lower injury rates. Its indicators assume that surveillance must operate continuously rather than reactively. CMS positions pressure injuries as preventable for most inpatient cases and ties reimbursement penalties to lapses in prevention, which assumes that hospitals possess both the tools and staff to prevent deterioration when surveillance functions correctly. This combined guidance forms a structured push toward transparent performance tracking and technology alignment rather than isolated remedial action.

Current Technology at the Practicum Site

The EHR used at the practicum site includes a Braden-based assessment tool, automated fall-risk calculations, and a documentation workflow for turning schedules. Functionally it records risk but struggles to deliver timely prompts during competing clinical demands. Nurses often bypass automated alerts during hectic shifts because the system fires reminders at inopportune moments. Mobility equipment such as low-air-loss mattresses is available though inconsistently allocated due to real-time bed management challenges. Telemetry dashboards track vitals yet remain disconnected from mobility protocols, which forces staff to rely on memory for repositioning intervals. These limitations became evident when reviewing several cases with delayed documentation or gaps in follow-through despite early identification of risk. The technology supports data capture but leaves preventive action vulnerable to omission. Outcomes reflect that gap through inconsistent injury prevalence despite high staff awareness.

Evidence-Supported Technologies and Practical Fit

Recent literature highlights several tools with measurable benefit for similar process concerns. Smart sensor systems that track micro-movements and pressure distribution provide real-time data that reduces reliance on manual reminders (Vasquez et al. 2023). AI-driven predictive models now forecast injury risk trajectories using EHR data streams, which improves timing of interventions and reduces staff cognitive load (Shepherd and McCarthy 2025). Computer-vision systems capable of monitoring posture and movement offer additional surveillance that detects when repositioning compliance deteriorates. Studies evaluating these tools show stronger adherence to mobility plans and decreased injury incidence because the technology carries part of the surveillance burden (Wei et al. 2025). Each system reinforces the principle that human vigilance alone cannot sustain large-scale preventive efforts when patient volume surges. A notable absence at the practicum site is any form of predictive analytics or sensor-based monitoring, even though infrastructure could support limited deployment.

Potential implementation challenges remain realistic. Sensor systems require stable network performance that may fluctuate during peak operational hours. Predictive models demand integration with the EHR, which involves configuration delays, cost considerations, and data-governance approvals. Staff skepticism often appears when new tools introduce additional screen time before demonstrating clear value. Training periods can strain staffing coverage if not scheduled through staggered sessions. Despite these constraints, the technology aligns tightly with observed process gaps and offers a route toward consistent prevention. Implementation becomes feasible when the focus shifts to staged rollout rather than broad, simultaneous adoption. Small pilots provide proof of concept, reduce resistance, and supply outcome data needed for administrative buy-in.

Process Improvement as a Progressive Clinical Obligation

Progressive adaptation shapes the nurse’s role in process refinement. Clinical settings evolve through incremental adjustments that stem from staff observation, regulatory pressure, and technology maturation. A BSN-prepared nurse contributes by linking the daily rhythm of care with broader practice standards that demand measurable outcomes. The practicum experience clarified how even small lapses in communication or documentation escalate into preventable harm when systems remain fragmented. Technology offers support but cannot compensate for uncoordinated workflows. Professional standards supply structure though they depend on staff willingness to translate them into action. Each component gains strength when aligned within a shared improvement strategy. Improvements in pressure injury prevention require synchronized surveillance, interdisciplinary coherence, and technology that reflects the pace of actual clinical work. That combination drives sustainable change and shifts responsibility from isolated individuals to a coordinated team effort.

References (2019–2025)
Vasquez, B., Moreno-Lacalle, R., Soriano, G. P., Juntasoopeepun, P., Locsin, R. C. and Evangelista, L. S. (2023) ‘Technological machines and artificial intelligence in nursing practice’, Nursing & Health Sciences, 25(3), pp. 474–481.
Shepherd, J. and McCarthy, A. (2025) ‘Advancing nursing practice through artificial intelligence: Unlocking its transformative impact’, OJIN: Online Journal of Issues in Nursing, 30(2).
Wei, Q., Pan, S., Liu, X., Hong, M., Nong, C. and Zhang, W. (2025) ‘The integration of AI in nursing: Current applications, challenges, and future directions’, Frontiers in Medicine, 12, Article 1545420.
McGrow, K. (2025) ‘Artificial intelligence in nursing: A journey from data to wisdom’, Nursing, 55(4), pp. 16–24.
Texas Board of Nursing (2024) Nurse Practice Act. Austin: Texas BON.