Study guide
15.1 Building Collaborative Sleep Programs: Perioperative, Occupational, Outpatient & Support Models
Certification in Clinical Sleep Health CCSH
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1 Chapter 1: Introduction & Sleep Physiology
1.1 CCSH Exam Overview & Clinical Scope 1.2 Sleep Architecture, Stages & Normal Cycles 1.3 Neurobiology & The Two-Process Model of Sleep
2 Chapter 2: Circadian Biology, Lifespan & Normal Variation
2.1 Circadian Biology & Melatonin Regulation 2.2 Sleep Across the Lifespan: Pediatric to Geriatric 2.3 Sex, Gender, Environment & Culture: Variations in Normal Sleep
3 Chapter 3: Abnormal Sleep: Classification, Prevalence & Consequences
3.1 Classification, Terminology, Prevalence & Acute vs. Chronic Sleep Disturbances 3.2 Short- and Long-Term Effects of Sleep Disruption, Deprivation & Restriction
4 Chapter 4: Comorbid Medical & Mental Health Conditions
4.1 Cardiopulmonary, Metabolic & Neurological Comorbidities 4.2 Mental Health Disorders, Substance Use & Sleep 4.3 Chronic Pain & Other Medical Conditions Affecting Sleep
5 Chapter 5: Clinical Assessment, Documentation & Medications
5.1 Validated Questionnaires & Screening Instruments 5.2 Comprehensive Sleep History & Physical Assessment 5.3 Quality of Life, Health Changes & Clinical Documentation 5.4 Medications, OTC Products, Supplements & Substances: Effects on Sleep
6 Chapter 6: Sleep Testing & Explaining Results
6.1 Diagnostic Sleep Testing Modalities 6.2 Split-Night and Titration Studies, PAP-NAP, Oximetry & Explaining Results
7 Chapter 7: Sleep-Related Breathing Disorders
7.1 Obstructive Sleep Apnea: Pathophysiology & Diagnosis 7.2 Central Sleep Apnea, Cheyne-Stokes & Emergent Apneas 7.3 Sleep-Related Hypoventilation & Obesity Hypoventilation Syndrome
8 Chapter 8: Positive Airway Pressure Therapy & Titration
8.1 Modes of PAP Therapy: CPAP, APAP, BiPAP & ASV 8.2 Interfaces, Humidification & Equipment Troubleshooting 8.3 Objective PAP Adherence Monitoring & Troubleshooting
9 Chapter 9: Non-PAP Treatments for Sleep Apnea
9.1 Oral Appliance Therapy: Indications, Candidacy & Side Effects 9.2 Surgical Interventions & Hypoglossal Nerve Stimulation 9.3 Positional Therapy & Lifestyle Modifications
10 Chapter 10: Insomnia & Circadian Rhythm Sleep-Wake Disorders
10.1 Chronic Insomnia: ICSD-3 Classification & Assessment 10.2 Cognitive Behavioral Therapy for Insomnia (CBT-I) Principles 10.3 Circadian Rhythm Sleep-Wake Disorders & Light Therapy
11 Chapter 11: Hypersomnias, Parasomnias & Movement Disorders
11.1 Central Disorders of Hypersomnolence 11.2 Parasomnias: NREM & REM Sleep Behavior Disorders 11.3 Sleep-Related Movement Disorders: RLS & PLMD
12 Chapter 12: Patient, Family & Community Education
12.1 Health Literacy, Plain Language & Teach-Back 12.2 Cultural Competency, Diversity of the Learner & Language Access 12.3 Readiness to Learn & Teaching Across Age, Development and Role 12.4 Learning Styles, Adult Learning Principles & Teaching Methods 12.5 Communication Barriers, Disabilities & Educating Families, Professionals and the Community
13 Chapter 13: Self-Management & Behavior Change
13.1 Motivational Interviewing & Overcoming Treatment Barriers 13.2 Sleep Hygiene Education Across Lifestyles and Settings 13.3 Self-Assessment & Self-Management Tools 13.4 Commercial Drivers, Transportation Regulations & Drowsy Driving
14 Chapter 14: Care Coordination, Guidelines, Telehealth & Ethics
14.1 Interdisciplinary Care Coordination & Patient Navigation 14.2 Chronic Disease Model, Care Plans & AASM Clinical Practice Guidelines 14.3 Telehealth Modalities & Remote Patient Monitoring 14.4 Ethics, Scope of Practice & Legal Standards
15 Chapter 15: Program Administration, Public Health & Safety
15.1 Building Collaborative Sleep Programs: Perioperative, Occupational, Outpatient & Support Models 15.2 Quality Improvement, Clinical Outcomes & Accreditation Standards 15.3 Sleep as a Public Health Issue: Community Outreach & Public Policy 15.4 Clinical Safety, Infection Control & Emergency Protocols
15.1 Building Collaborative Sleep Programs: Perioperative, Occupational, Outpatient & Support Models
Key Takeaways Explain This Topic AI
The blueprint's collaborative program models include inpatient and perioperative screening, occupational health and wellness, outpatient partnerships (dental, cardiology, primary care) and other models such as A.W.A.K.E., PAP clinics and group visits.
Society of Anesthesia and Sleep Medicine guidance says patients with suspected or untreated OSA can usually proceed with surgery if comorbidities are optimized and precautions are used, rather than being cancelled for testing.
A.W.A.K.E. (Alert, Well, And Keeping Energetic) is a peer support network for people with sleep apnea founded in 1988 and associated with the American Sleep Apnea Association.
Group visits (shared medical appointments) combine group education and peer support with brief individual review, making follow-up more efficient.
Program development follows a cycle: needs assessment, stakeholder buy-in, protocols and referral pathways, data collection and evaluation.
Last updated: October 2026
15.1 Building Collaborative Sleep Programs: Perioperative, Occupational, Outpatient & Support Models
Domain 4 (5% of the exam, 3 items) starts with Task A: develop multidisciplinary approach , specifically to develop and expand collaborative sleep programs in four areas: inpatient and perioperative screening, occupational health and wellness, outpatient settings (dental, cardiology, primary care) and "other" models such as A.W.A.K.E., PAP clinics and group visits .
- Inpatient and Perioperative Programs
- Why Hospitals Need Sleep Programs
Many hospitalized patients have undiagnosed OSA, especially those with heart failure, atrial fibrillation, stroke, obesity hypoventilation or COPD. Untreated sleep apnea is linked to complications and readmissions. Inpatient sleep programs typically:
- screen high-risk inpatients (questionnaires, overnight oximetry or inpatient testing);
- support patients who already use PAP (bringing home equipment, respiratory therapy support);
- start or adjust PAP or noninvasive ventilation before discharge when indicated; and
arrange outpatient sleep follow-up after discharge.
Perioperative Screening
Anesthesia, sedatives and opioids worsen OSA, so surgical programs screen before surgery.
The American Society of Anesthesiologists and the Society of Anesthesia and Sleep Medicine (SASM) recommend preoperative OSA screening, often with STOP-Bang .
SASM guidance says patients with diagnosed but untreated or suspected OSA may usually proceed to surgery if comorbid conditions are optimized and risk-reduction steps are used (opioid-sparing pain control, careful monitoring, PAP availability). Surgery is delayed for further evaluation mainly when there is evidence of uncontrolled systemic disease or problems with breathing or gas exchange, such as hypoventilation or severe pulmonary hypertension.
Patients already on PAP should bring and use their device before and after surgery.
The CCSH can build the workflow: screening at preadmission testing, flagging results to anesthesia, PAP instructions for surgery day and post-discharge referral for positive screens.
Occupational Health and Wellness
Employers care about sleep because of safety, productivity and health costs.
Transportation and safety-sensitive jobs: in the 2013 Metro-North derailment in New York, the National Transportation Safety Board found that the engineer had severe undiagnosed OSA, which led to recommendations for OSA screening of safety-sensitive workers.
Fatigue risk management systems: scheduling limits, education on sleep and shift work, napping policies and reporting of fatigue without punishment.
Workplace wellness: voluntary screening, education sessions, and links to diagnosis and treatment, with privacy protected (medical results go to the clinician, not the employer, unless the employee authorizes release).
Outpatient Partnerships
Partner Why What a program can offer
Primary care Most people with OSA are seen first in primary care Screening tools, an easy referral pathway, HSAT access for uncomplicated cases, regular reports back to the PCP
Cardiology OSA and central apnea are common in resistant hypertension, atrial fibrillation and heart failure; AHA scientific statements encourage screening in these groups Screening in AF and heart failure clinics, fast-track testing, shared follow-up
Dentistry Dentists see snoring, bruxism and airway signs and provide oral appliances Dental screening, referral to the sleep physician for diagnosis, coordination of oral appliance therapy and follow-up testing
Bariatrics and weight management Obesity drives OSA Pre-bariatric screening and post-surgery retesting
Neurology, psychiatry, pediatrics Stroke, Parkinson's disease, depression, PTSD and pediatric OSA Shared protocols and referral criteria
- Other Program Models
- A.W.A.K.E. Support Groups
A.W.A.K.E. stands for Alert, Well, And Keeping Energetic . Founded in 1988 and associated with the American Sleep Apnea Association , the network grew to hundreds of local groups (about 200 at its peak) where people with sleep apnea and their families share experiences, learn about PAP, oral appliances, surgery and weight loss, and hear from experts. Many groups now meet online. Sleep centers can host or sponsor groups, which provide peer support that improves confidence and adherence.
PAP Clinics
PAP clinics are dedicated sessions (walk-in or scheduled, in person or by video) for mask fitting, troubleshooting, desensitization and download review, often staffed by a CCSH or respiratory therapist. They catch problems early, especially in the first weeks of therapy.
Group Visits (Shared Medical Appointments)
In a group visit , several patients with similar needs (for example, new CPAP users) meet together for education and discussion, with brief individual review of each patient's data. Benefits include efficient use of clinician time, peer learning and support. Patients consent to sharing information in a group setting, and privacy is protected.
Other Collaborative Approaches
Group CBT-I for insomnia.
Telehealth programs that reach rural areas.
Community health workers who support patients in underserved neighborhoods.
Steps for Developing a Program
Needs assessment: who is undiagnosed or poorly served? Use data on referrals, wait times, adherence and readmissions.
Stakeholders: engage physicians, administrators, partner departments, DME suppliers and patients.
Business and quality case: expected outcomes, costs and benefits.
Protocols and pathways: screening tools, referral criteria, communication templates and roles.
Training: educate partner staff.
Data and evaluation: track process and outcome measures (see the quality improvement section) and report results to stakeholders.
Sustain and expand: refine the program with PDSA cycles.
Example: Launching a Cardiology Screening Pathway
Step What happens Measure
1. Needs assessment Chart review shows few atrial fibrillation clinic patients are screened for OSA Baseline screening rate
2. Stakeholders Cardiologists, AF nurses, sleep physicians, the CCSH and scheduling agree on goals Signed protocol
3. Pathway design STOP-Bang at each AF visit; positive screens get a referral with a target time to testing Referral completion rate
4. Training A short in-service for AF clinic staff Staff attendance
5. Launch and PDSA Monthly review of screening and referral data; adjust workflow Time from screen to diagnosis
6. Report outcomes Share PAP adherence and patient-reported outcomes with cardiology Adherence, ESS change
Small pilots, clear roles and shared data keep partner clinics engaged.