8.5 Collaboration & Systems Thinking
Key Takeaways
- Collaboration is the Synergy competency of working with others (patient, family, and interdisciplinary team) toward shared goals through open communication, mutual respect, and shared decision-making.
- SBAR (Situation, Background, Assessment, Recommendation) is the standardized framework for handoffs and urgent communication to reduce errors from incomplete or disorganized reporting.
- Systems Thinking is the competency of using resources (personnel, equipment, environment) to achieve optimal patient/family outcomes and navigate the broader healthcare system.
- Rapid response teams exist to bring critical-care expertise to a deteriorating patient outside the ICU before a cardiac or respiratory arrest occurs.
- Interdisciplinary rounds and structured escalation pathways reduce fragmented care and are core examples of applied Systems Thinking.
Collaboration
In the Synergy Model, Collaboration is defined as working with others (e.g., patients, families, physicians, therapists, and other care providers) in a way that promotes/encourages each person's contribution toward achieving optimal, realistic outcomes for the patient/family. It requires intra- and interdisciplinary work, along with open communication among all team members. On a continuum, basic-level collaboration is participating in team decisions when asked; expert-level collaboration means actively seeking out others' perspectives, facilitating true collegiality even across power differentials (e.g., a nurse respectfully challenging a physician's plan when patient safety is at stake), and recognizing the family and patient themselves as members of the care team, not just recipients of care.
Interdisciplinary rounds (bedside or virtual rounds including nursing, medicine, pharmacy, respiratory therapy, physical/occupational therapy, case management, and social work) operationalize collaboration by aligning the whole team, and the patient/family when possible, around a single, shared daily plan rather than fragmented, discipline-specific plans that may conflict.
SBAR: The Standard Handoff and Escalation Framework
SBAR (Situation, Background, Assessment, Recommendation) is the standardized communication tool used for shift handoff, calling a provider with a concern, and activating a rapid response or code. It structures information so the listener gets what they need quickly and in the right order, reducing the omissions and disorganization that contribute to communication-related sentinel events.
| Element | Content |
|---|---|
| Situation | What is happening right now, briefly — "Mr. Lee in bed 4 has new-onset shortness of breath and SpO2 of 87%." |
| Background | Relevant clinical context — admitting diagnosis, comorbidities, recent trends, pertinent history. |
| Assessment | The nurse's current clinical assessment/interpretation — vital signs, exam findings, what the nurse thinks is going on. |
| Recommendation | What the nurse wants — an order, a bedside evaluation, a rapid response, a specific intervention. |
SBAR is deliberately used for both routine handoff and urgent escalation, and PCCN scenarios frequently test whether the test-taker recognizes an SBAR-structured stem or identifies the missing element (most often a clear Recommendation, since nurses are sometimes hesitant to explicitly state what they want from the provider). Effective escalation also relies on closed-loop communication: after the Recommendation is delivered, the receiving provider repeats back the key action or order so the sender can confirm it was heard correctly — a principle that applies to any verbal order, not only SBAR calls, and that catches errors from a misheard drug name, dose, or route before they reach the patient.
Systems Thinking
Systems Thinking is the Synergy Model competency describing the body of knowledge and tools that allow the nurse to manage whatever environmental and system resources exist for the patient/family and staff, within or across healthcare and non-healthcare systems. At the basic level, the nurse follows existing processes and identifies simple resource needs; at the expert level, the nurse negotiates and navigates for the patient/family through a complex system, anticipates needs across the entire episode of care (not just the current shift), and can develop, integrate, and apply new strategies when standard resources don't fit the situation.
Examples tested on the PCCN include:
- Recognizing when a patient needs a resource beyond the immediate unit (e.g., palliative care consult, ethics consult, case management for a complex discharge) and initiating that referral proactively.
- Understanding how unit-level staffing, equipment availability, and workflow affect patient safety, and escalating systemic barriers rather than working around them silently.
- Coordinating transitions of care — ICU to progressive care, progressive care to med-surg, hospital to skilled nursing facility or home — so that information, equipment, and follow-up needs transfer completely and nothing is lost at the handoff point.
Rapid Response Teams and Early Escalation
A rapid response team (RRT) brings critical-care-level assessment and intervention to a deteriorating patient on a general unit before a full cardiac or respiratory arrest occurs. Any staff member — not only the assigned nurse — can typically activate a rapid response based on defined trigger criteria (e.g., acute change in heart rate, blood pressure, respiratory rate, SpO2, level of consciousness, or simply a caregiver's or family member's concern that "something is wrong"). Systems Thinking and Collaboration converge here: recognizing early deterioration (Clinical Judgment, covered throughout Chapters 2-7), communicating it clearly via SBAR, and using the system's escalation pathway rather than waiting or trying to manage a rapidly worsening patient alone are all core progressive-care behaviors the PCCN evaluates.
Care Transitions and Resource Stewardship
Systems thinking also extends across the care continuum. Progressive-care nurses manage frequent transitions — admissions from the ICU (step-down), transfers to telemetry or medical-surgical units, and discharges home or to skilled facilities. Each transition is a high-risk point for error, so a structured handoff (SBAR plus a review of active problems, lines, drips, code status, and pending results) protects continuity. Interdisciplinary rounds — bringing the bedside nurse, physician or advanced-practice provider, pharmacist, respiratory therapist, case manager, and often the patient and family together — align the daily plan, surface safety concerns early, and set measurable goals (mobility, de-escalation of monitoring, discharge criteria).
Resource stewardship is the systems-thinking competency applied to finite capacity: appropriate use of telemetry, timely de-escalation of unnecessary monitoring or devices (reducing CLABSI/CAUTI risk), and coordinating with case management to prevent avoidable delays. Navigating these system resources on the patient's behalf — not just delivering direct care — is exactly what the Synergy Model's Systems Thinking and Collaboration competencies describe.
A nurse calls a physician about a patient's new confusion and states: 'Mr. Alvarez in room 12 is now confused and difficult to arouse (Situation). He's post-op day one from a bowel resection with a history of COPD (Background). His respiratory rate is 8 and SpO2 is 89% on room air (Assessment).' What is missing from this SBAR communication?
Which scenario best illustrates the Synergy Model competency of Systems Thinking?