Practice Problem Analysis and Presentation
Practice Problem Analysis and Presentation GuidelinesPurposeThe purpose of this assignment is to critically evaluate a practice problem. This assignment builds on the Week 4 assignment: Translation Science Project. Information used in the Week 4 assignment may be used as the basis for this assignment. The goal of the assignment is to develop a deeper understanding of the practice issue, using continuous quality improvement tools; specifically, a failure mode & effect analysis (FMEA) of the selected practice problem and an Ishikawa (fishbone) cause and effect diagram to analyze, improve, or mitigate related risks. This assignment will allow for the application of the DNP Essential IV sub-competencies through sequential development of workflow steps in relation to a practice problem and promotion of presentation skills. Assignment content supports the professional formation, communication, and dissemination skills relevant to the DNP practice scholar.This assignment has four components:· first, identify a practice problem stated in PICOT format;· second, conduct a failure mode & effect analysis of the practice problem;· third, develop an Ishikawa (fishbone) cause and effect diagram to analyze, improve, or mitigate related risks· and fourth, create a professional power point presentation with speaker notes for each slide to disseminate this information.Course OutcomesThis assignment enables the student to meet the following course outcomes:· CO 4: Evaluate the types of healthcare information systems, knowledge-based systems, and patient care technology and the impact on patient safety, quality of care and outcomes measurement. (PO 7)· CO 5: Appraise consumer health information sources for accuracy, timeliness, and appropriateness. (PO7)Total points possible: 250Preparing the AssignmentFollow these guidelines when completing each component of the assignment. Contact your course faculty if you have questions.Consider using the same practice problem identified in Week 4: Translation Science Project, including the practice problem, PICOT construction, and background/significance of the problem. Be sure to incorporate faculty feedback from the Week 4 assignment to maximize performance.2) Review the examples of the Failure Mode and Effect Analysis (FMEA) and Ishikawa (fishbone) Diagram in Week 4, Explore page 2, Evidence-Based Practice: Improving Outcomes.Use the Week 6 Practice Problem Analysis PowerPoint Template to complete the PowerPoint Presentation. (Links to an external site.)Use the Failure Modes and Effects Analysis (FMEA) (Links to an external site.) and Ishikawa (fishbone) Diagram template A (Word 2016 or higher) (Links to an external site.) or Ishikawa (fishbone) Diagram template B (Older version of Word) (Links to an external site.)or create your own fishbone diagram addressing the required five areas: (a) people, (b) environment, (c) materials, (d) methods, and (e) equipment to complete these components of the assignment. If you need to update to the current version of Word, click here.Please submit to the assignment link the completed Week 6 Practice Problem Analysis PowerPoint Presentation with speaker notes for each slide integrating failure mode & effect analysis and fishbone diagrams into the powerpoint answering associated questions. Upload the finished powerpoint with speaker notes to assignment link.3) Include the following components.a) Introduction (1 slide)i) Title of Practice Problem Analysis and Presentationii) Student Nameiii) Assignment Titleiv) Professor Nameb) Practice Problem Identification (1-3 slides)i) State the Practice Problem in PICOT format (1 slide)ii) Identify all PICOT componentsiii) Describe the Background/Significance of the Practice Problem (1-2 slides) (cited)iv) Identify inclusion criteria for the populationv) Identify exclusion criteria for the populationc) Failure Modes and Effects Analysis (1-2 slides) Identify three steps in the practice problem process with potential breakdown or process gapsi) Identify at least one potential error that could occur at each of the three process steps (failure mode)ii) Identify at least one possible cause of failure at each of the three process steps (failure cause)iii) Identify at least one adverse consequence for each failure identified (failure effect) (see example in course Week 4)iv) Using a scale of 1-10, rate the likelihood of occurrence of failure at each process stepv) Using a scale of 1-10, rate the likelihood of detection of failure at each process stepvi) Using a scale of 1-10, rate the likelihood of severity or harm if failure were to occurvii) Calculate the risk profile number (multiply the score related to the likelihood of occurrence of failure x the score related to the likelihood of detection of failure x the likelihood of severity or harm if failure were to occur.viii) Place completed FMEA form on powerpoint presentation and summarize analysisd) Ishikawa (Fishbone) Cause and Effect Diagram (1 Slide)i) Identify people involved in the practice problemii) Identify the environment in which the practice problem occursiii) Identify the materials usediv) Identify the methods usedv) Identify equipment usedvi) Summarize cause and effect analysise) Conclusion (1 slide)i) Summarize the purpose and findings of the analysisii) Provide and justify the main conclusionsiii) Draw inferences from the quality improvement analysisf) References (1 slide)i) Include in-text citations within the PowerPointii) Provide complete matching references in APA formatiii) Includes a minimum of 4 scholarly sourcesg) PowerPoint Presentationi) Uses PowerPoint Template providedii) Uses Failure Modes & Effects Analysis Template Providediii) Uses Ishikawa Fishbone Cause & Effects Diagram Provided (Version A or B acceptable or create your own diagram addressing required areas)iv) Presentation includes no more than 14 slidesv) Grammar and Mechanics are free of errorsh) Speaker Notes on PowerPoint Presentation: Create a professional power point presentation of the above components with speaker notes for each slide in which the Practice Problem Analysis is explainedi) Provide clear and easily readable slide presentationii) Capture all slide components and answers questionsiii) Present content with legible, comprehensive notes
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