Blood Transfusion Simulation �Case Study
FUNDAMENTALS NURSING SIMULATION
Ernie Lindain Jr
NUR 7060: Clinical Teaching Strategies
Dr. Phillips
FOR ENTRY-LEVEL BSN UNDERGRADUATE STUDENTS
PRESENTATION OVERVIEW
Background and rationale
Educational framework
Participant preparation
Simulation objectives
Roles and patient information
Simulation progression + expected interventions
Debriefing and evaluation
Summary and recommendations
Background and rationale
Blood transfusion is a high-risk nursing intervention that requires strict adherence to safety protocols. Simulation supports the development of clinical judgment, patient safety behaviors, and decision-making in novice learners
(CONNOR ET AL., 2022; OERMANN ET AL., 2023).
Simulation design is informed by evidence-based teaching strategies and recognition of diverse student learning styles to enhance engagement and knowledge retention.
(DEGAGNE & OERMANN, 2025; LAMIRI ET AL., 2020)
Educational Framework
Target Audience (Student Selection)
This simulation case is designed for entry-level (Fundamentals) BSN undergraduate nursing students in their first clinical semester.
Participant preparation
Student selection and prerequisites
Assigned readings
Prebriefing and orientation
Review of institutional blood transfusion policies (DEGAGNE & OERMANN, 2025).
Prebriefing establishes psychological safety, clarifies expectations, and prepares students for simulation-based learning. Effective prebriefing is essential to optimize learner outcomes
(OERMANN ET AL., 2023).
Prebriefing
Mr. John Ramirez is a 68-year-old male admitted with symptomatic anemia secondary to gastrointestinal bleeding.
HEMOGLOBIN: �6.9 g/dL
�ORDER: �Transfuse 1 unit of packed red blood cells
Patient �overview
Simulation objectives
Upon completion of this simulation, students will be able to:
Verify blood products using two patient identifiers
Perform baseline and ongoing transfusion assessments
Initiate blood transfusion per institutional protocol
Recognize signs of transfusion reactions
Implement appropriate nursing interventions
(CONNOR ET AL., 2022).
Participant roles
Primary Nurse
Secondary Nurse
Clinical Educator/�Charge Nurse
Conducts patient assessment, reviews MD orders and initiates transfusion
Verifies blood product with primary nurse and assists with monitoring
Provides instruction, cues and ensures patient safety
(OERMANN ET AL., 2023).
Participant expectations
Students are expected to adhere to transfusion protocol, including reviewing orders, assessing patient, and checking vital signs. They should also communicate effectively, demonstrate professionalism, and engage in reflective debriefing upon completion.
(DEGAGNE & OERMANN, 2025).
Simulation progression
PHASE 1
PHASE 2
PHASE 3
Pre-transfusion verification
Active transfusion monitoring
Recognition and management of transfusion reactions
Students verify MD orders, confirm consent, obtain baseline assessments, and perform two-nurse blood verification to promote patient safety. Oermann et al. (2023) highlight the importance of teaching students to anchor decisions in evidence-based frameworks.
Pre-transfusion verification
Simulation progression
PHASE 1
PHASE 2
PHASE 3
Students initiate transfusion per protocol, remain with the patient during the initial monitoring period, and assess for early signs of adverse reactions
(CONNOR ET AL., 2022).
Transfusion initiation
Simulation progression
PHASE 1
PHASE 2
PHASE 3
The patient develops fever, chills, back pain, and anxiety. Early recognition of signs and symptoms and intervention are critical to preventing harm (MCCANCE ET AL., 2023).
DeGagne and Oermann (2025) highlight nurse educators playing a pivotal role in reflective practice and professional growth.
Simulation progression
PHASE 1
PHASE 2
PHASE 3
Transfusion reaction
Expected nursing interventions following transfusion reaction
Students should stop the transfusion, reassess the patient, notify the provider and blood bank, and document findings in accordance with safety indicators (GERICH ET AL., 2022).
Participant preparation
Facilitate structured reflection on student performance
Promote development of clinical judgment and decision-making
Reinforce patient safety principles related to blood transfusion
Support transfer of simulation learning to clinical practice
(OERMANN ET AL., 2023; CONNOR ET AL., 2022)
Debriefing phases
Students verbalize initial thoughts and responses
Faculty normalizes stress and uncertainty common in simulation
Reaction Phase
Analysis Phase
Review patient cues indicating �a transfusion reaction
Examine priority of nursing interventions
Discuss adherence to transfusion protocols and safety standards
Evaluate communication and teamwork
Summary Phase
Identify key learning points
Discuss application of transfusion safety principles in clinical practice
Sample Debriefing Questions
What assessment findings indicated a transfusion reaction?
How did communication influence patient outcomes?
Which nursing actions were most critical to patient safety?
How can this experience improve future clinical practice?
Evaluation
Evaluation includes formative and summative methods such as faculty observation, performance checklists, and self-reflection to assess learning outcomes (GERICH ET AL., 2022).
Measure achievement of simulation learning objectives
Assess development of clinical judgment and safety behaviors
Identify areas for improvement in transfusion-related care
(OERMANN ET AL., 2023).
EVALUATION
Evaluation includes formative and summative methods such as faculty observation, performance checklists, and self-reflection to assess learning outcomes (Gerich et al., 2022).
Measure achievement of simulation learning objectives
Assess development of clinical judgment and safety behaviors
Identify areas for improvement in transfusion-related care�(Oermann et al., 2023)
Evaluation Methods
Evaluation Methods
Faculty observation using a standardized performance checklist
Assessment of clinical judgment, aligning with simulation objectives
Student self-reflection, promoting metacognition and learning
Peer feedback during debriefing discussions
Evaluation Criteria
Accurate patient identification and blood verification
Timely recognition of transfusion reaction symptoms
Appropriate implementation of nursing interventions
Effective communication and teamwork
Compliance with institutional policies and patient safety standards
(GERICH ET AL., 2022)
Recommendations
Recommendations for Students
Review blood transfusion protocols and reaction management regularly
Strengthen assessment and early recognition skills
Practice structured communication techniques (e.g., SBAR)
Recommendations for Faculty
Repeat simulation with alternative transfusion reaction scenarios
Increase scenario complexity as students progress in the curriculum
Incorporate electronic documentation to reflect clinical practice
Use evaluation data to guide future instruction�(DeGagne & Oermann, 2025)
Future improvements include increasing case study complexity, reviewing electronic health record documentation, and reinforcing safety indicators.
(Gerich et al., 2022; DeGagne & Oermann, 2025).
Simulation-based education enhances transfusion safety, clinical judgment, and student readiness, aligning evidence-based teaching strategies with learner needs ��
(CONNOR ET AL., 2022; LAMIRI ET AL., 2020).
Summary
References
Connor, J., Flenady, T., Massey, D., & Dwyer, T. (2022). Clinical judgement in nursing: An evolutionary concept analysis. Journal of Clinical Nursing, 31(1–2), 1–13. https://doi.org/10.1111/jocn.16469
DeGagne, J., & Oermann, M. (2025). Teaching in nursing and role of the educators (4th ed.). Springer Publishing.
Gerich, H., Moen, H., & Peltonen, L. (2022). Identifying nursing sensitive indicators from electronic health records in acute cardiac care. Journal of Nursing Management, 30(8), 3726–3735. https://doi.org/10.1111/jonm.13802
Lamiri, A., Qaisar, R., Khoaja, D., Abidi, O., Bouzoubaa, H., & Khyati, A. (2020). Descriptive study of nursing students’ learning styles. The Open Nursing Journal, 14(1), 309–316. https://doi.org/10.2174/1874434602014010309
McCance, K. L., Huether, S. E., Brashers, V. L., & Rogers, J. L. (2023). Pathophysiology: The biological basis for disease in adults and children (9th ed.). Elsevier.
Oermann, M. H., Shellenbarger, T., & Gaberson, K. B. (2023). Clinical teaching strategies in nursing (6th ed.). Springer Publishing.