Ateneo de Davao University School of Nursing opens its state of the art simulation laboratory to strengthen clinical reasoning, safety awareness, and interprofessional collaboration among students.
The newly inaugurated blessing of the school of nursing simulation laboratory marks a milestone in experiential learning, technology integration, and patient centered care training at the university.
| Phase | Key Activity | Stakeholders Involved | Outcome |
|---|---|---|---|
| Preparation | Laboratory setup and equipment calibration | Faculty, Facilities, IT Team | Functional simulation environment |
| Blessing Ceremony | Prayer, ribbon cutting, keynote address | Dean, Faculty, Students, Guests | Blessing and official launch |
| Validation | Scenario testing, safety checks | Clinical Instructors, Students | Certified for curriculum integration |
| Integration | Curriculum mapping, faculty training | Curriculum Committee, IT Support | Simulation embedded in program |
Curriculum Integration and Competency Mapping
Simulation Based Learning Objectives
Faculty align simulation scenarios with Philippine Nursing Act competencies, NCLEX style clinical judgment items, and accreditation standards to ensure that each exercise supports measurable learning outcomes.
Assessment and Rubric Design
Structured rubrics guide evaluators in scoring technical skills, communication, teamwork, and ethical decision making during high fidelity patient encounters.
High Fidelity Simulations and Technology Features
Mannequin Capabilities and Control Systems
Advanced mannequins support physiological changes, drug calculations, and audio verbal responses, allowing instructors to dynamically adjust patient deterioration in real time.
Built in monitoring devices, video recording, and live streaming tools enable detailed debriefing, self review, and longitudinal tracking of student progress.
Interprofessional Education and Safety Culture
Team Training and Communication Drills
Medical, pharmacy, and radiography students join nursing learners in simulated emergency codes, fostering shared mental models, clear SBAR communication, and mutual accountability for patient safety.
Error Management and Reflection Practices
Controlled clinical errors in the lab teach students to recognize risks, implement safety checklists, and engage in guided reflection that strengthens resilience and ethical judgment.
Faculty Development and Continuous Quality Improvement
Training, Mentorship, and Certification
Ongoing workshops, peer coaching, and simulation certification programs help instructors refine scenario design, debriefing techniques, and data interpretation for continuous course improvement.
Future Directions and Expansion Plans
- Expand virtual reality modules to enhance immersive critical thinking.
- Integrate telehealth simulation for remote patient care training.
- Develop community outreach scenarios to address rural health challenges.
- Strengthen industry partnerships for shared resources and certification pathways.
FAQ
Reader questions
How does the simulation laboratory support clinical competency development?
It provides repetitive, realistic practice of technical and nontechnical skills, allowing students to build clinical judgment, confidence, and safe decision making before patient contact.
What types of high fidelity scenarios are conducted in the lab?
Students manage simulated trauma, medical emergencies, obstetric crises, and interprofessional code situations, with dynamic patient responses driven by instructor control systems.
Can students access the simulation laboratory outside regular class hours?
Yes, scheduled open lab sessions, elective practicums, and guided self directed practice are available to reinforce skills and prepare for licensure examinations.
How are student performances evaluated during simulation exercises?
Faculty use structured rubrics to assess technical accuracy, communication, leadership, ethical reasoning, and teamwork, and recorded video reviews support reflective feedback.