Geriatric nursing is nursing for the most complex patients in the system — older adults who simultaneously carry multiple chronic conditions, take multiple medications, have age-related physiological changes that alter drug metabolism and disease presentation, and face unique vulnerabilities to hospital-acquired harms. The geriatric nursing capstone space is rich because nearly every clinical nursing topic (falls, delirium, pressure injuries, medication safety, care transitions) has a distinct and often more urgent geriatric angle. The challenge is always specificity: "elderly patients" is not a population; "adults aged ≥75 with ≥3 chronic conditions admitted to a medical unit" is.
Key concepts every geriatric capstone must address
Geriatric syndromes — the "Big 5" and why they matter
Geriatric syndromes are conditions common in older adults that do not fit neatly into single organ-system disease categories and result from the accumulated effects of aging, comorbidity, and functional decline. The "Big 5" are:
- Falls — most common cause of injury-related death in adults ≥65; nursing-sensitive outcome
- Delirium — affects 14–56% of hospitalized older adults; associated with mortality, cognitive decline, LOS
- Dementia — affects 13% of adults ≥65; shapes every aspect of nursing care including consent, communication, and behavior management
- Incontinence — associated with CAUTI risk, pressure injury, falls, and social isolation; frequently undertreated
- Frailty — a state of increased vulnerability to physiological stressors; predicts falls, delirium, hospitalization, and mortality independent of diagnosis
Your capstone should address at least one of these syndromes as either the primary condition being addressed or an important complication to prevent.
Validated geriatric assessment tools
| Tool | What it measures | Items / Range | Notes |
|---|---|---|---|
| MoCA (Montreal Cognitive Assessment) | Cognitive impairment screening; mild cognitive impairment and dementia | 30-point scale; ≤25 = possible cognitive impairment; ≤17 = moderate-severe impairment | Takes 10 minutes; validated for mild cognitive impairment detection; free for clinical use; requires brief training |
| Mini-Cog | Rapid cognitive screen: recall and clock drawing | 3-word recall (0–3) + clock drawing (0–2); score 0–5; ≤2 = possible dementia | Takes 3 minutes; validated for hospital use; culturally adaptable; no formal training required; widely used in admission screening |
| GDS (Geriatric Depression Scale) | Depression in older adults (no somatic items) | 15-item short form; score 0–15; ≥5 = possible depression; ≥10 = probable depression | Yes/No format; validated for cognitively intact older adults; not valid for moderate-severe dementia |
| SPPB (Short Physical Performance Battery) | Lower extremity function in older adults | 3 subtests: balance, 4-meter gait speed, chair stands; score 0–12; ≤7 = high disability risk | Validated predictor of disability, hospitalization, and mortality; sensitive to change with mobility interventions |
| CFS (Clinical Frailty Scale) | Frailty in older adults | 9-point pictographic scale (1 = very fit to 9 = terminally ill); score ≥5 = frail | Clinician-rated; validated predictor of mortality, disability, and adverse hospital outcomes; takes 2–3 minutes |
| Braden Scale | Pressure injury risk in hospitalized adults | 6 subscales (sensory perception, moisture, activity, mobility, nutrition, friction/shear); score 6–23; ≤18 = at risk | Most widely used pressure injury risk assessment; lower score = higher risk; validated for hospital and LTC settings |
| Morse Fall Scale | Fall risk in hospitalized adults | 6 items; score 0–125; ≥45 = high fall risk | Nurse-completed at admission; standard fall risk assessment in most hospitals; widely validated |
Topic ideas: Polypharmacy and medication safety
| Topic | Level | PICOT starter | Primary outcome |
|---|---|---|---|
| Beers Criteria screening at hospital admission | BSN/MSN | In adults aged ≥65 admitted to a general medical unit on ≥5 medications, does nurse-initiated Beers Criteria screening at admission (identify potentially inappropriate medications — PIMs — on the 2023 AGS Beers Criteria list) with automatic pharmacist notification compared to pharmacist-only medication reconciliation without structured PIM screening... | Rate of PIM identification at admission; rate of PIM de-prescribing or dose reduction by discharge; 30-day adverse drug event rate |
| Anticholinergic drug burden and cognitive outcomes | MSN | In adults aged ≥65 in long-term care with cognitive impairment (MoCA ≤25) prescribed ≥1 anticholinergic medication, does a nurse practitioner-led anticholinergic burden reduction program (Anticholinergic Cognitive Burden Scale review, deprescribing recommendations, patient/family education) compared to standard medication management... | Anticholinergic Cognitive Burden (ACB) scale score change at 3 months; MoCA score change; fall rate; sedation-related adverse events |
| Sleep medication safety in hospitalized older adults | BSN | In hospitalized adults aged ≥65 receiving diphenhydramine (Benadryl) or benzodiazepines for sleep, does nurse-initiated non-pharmacological sleep protocol (sleep hygiene, noise reduction, light dimming, warm drink at bedtime, lavender aromatherapy) with pharmacist consultation for PIM substitution compared to continued use of Beers Criteria sleep agents... | Diphenhydramine and benzodiazepine administration rate per patient-night; RASS score next morning; fall rate; CAM-positive rate |
Topic ideas: Dementia care and behavioral management
| Topic | Level | PICOT starter | Primary outcome |
|---|---|---|---|
| Non-pharmacological BPSD management in long-term care | BSN/MSN | In long-term care residents with moderate-to-severe dementia and behavioral and psychological symptoms of dementia (BPSD — agitation, wandering, sundowning), does a structured non-pharmacological intervention program (individualized activity, music therapy, sensory stimulation, structured daily routine) compared to PRN antipsychotic use as first-line response to BPSD... | Pittsburgh Agitation Scale (PAS) score; PRN antipsychotic administration rate; staff-reported restraint use rate |
| Dementia-friendly communication training for nurses | BSN | In nurses on a medical-surgical unit caring for adults with dementia, does a 4-hour dementia-friendly communication training program (validation therapy techniques, meaningful engagement, environmental modifications, family communication strategies) compared to standard nursing orientation without dementia-specific communication training... | Nurse knowledge and confidence score (pre/post); patient-reported agitation incidents per shift; use of restraints per 1,000 patient-days |
| HELP program for hospitalized patients with dementia | BSN/MSN | In adults aged ≥70 with mild-to-moderate dementia admitted to a general medical unit, does implementation of a modified HELP protocol (orientation visits 3× daily, early mobility, sleep hygiene, sensory support) compared to standard nursing care without structured delirium prevention... | CAM delirium incidence rate during admission; delirium duration (days); LOS; discharge to higher level of care vs. home rate |
Topic ideas: Fall prevention in nursing homes and community
| Topic | Level | PICOT starter | Primary outcome |
|---|---|---|---|
| STEADI toolkit implementation in primary care | BSN/MSN | In adults aged ≥65 presenting for annual wellness visits at a primary care clinic, does nurse-administered fall risk screening using the CDC STEADI toolkit (12-question Stay Independent checklist, TUG test, 30-second chair stand test) with structured fall prevention counseling compared to provider-only fall risk assessment without standardized tool... | Fall risk screen completion rate; TUG score; documented fall prevention plan at clinic visit; self-reported fall incidence at 6 months |
| Multifactorial fall prevention in long-term care | MSN | In adults aged ≥75 in a long-term care facility with ≥1 fall in the prior 6 months, does a multifactorial nurse-led fall prevention program (medication review, vision check referral, exercise program, footwear assessment, environment modification) compared to standard fall prevention care plan... | Falls per 1,000 resident-days; fall-with-injury rate; Morse Fall Scale score change; resident confidence using Falls Efficacy Scale International (FES-I) |
| Vitamin D supplementation knowledge and fall prevention education | BSN | In community-dwelling adults aged ≥65 with documented vitamin D insufficiency (25-OH vitamin D <30 ng/mL) at a primary care clinic, does nurse-delivered vitamin D education (role in fall prevention, supplementation dose, sun exposure, dietary sources) compared to vitamin D prescription without structured education... | Vitamin D supplementation adherence at 3 months (self-report + follow-up lab); TUG test score change; patient knowledge score (pre/post) |
Topic ideas: Pressure injury prevention in elderly
| Topic | Level | PICOT starter | Primary outcome |
|---|---|---|---|
| Braden Scale-guided repositioning protocol in LTC | BSN | In long-term care residents with Braden Scale score ≤14 (high/very high risk), does a nurse-initiated individualized repositioning protocol (repositioning frequency linked to Braden mobility and activity subscores: q2h for score ≤12; q3h for score 13–14) compared to standard q2h repositioning for all high-risk residents... | Stage 2+ hospital-acquired pressure injury incidence per 1,000 resident-days; repositioning documentation compliance rate; staff-reported time burden (Likert) |
| Nutrition screening and pressure injury prevention | BSN/MSN | In adults aged ≥70 admitted to a general medical unit with Braden nutrition subscale score ≤2 (inadequate intake), does nurse-initiated registered dietitian referral within 24 hours of admission plus nurse-facilitated meal assistance (position, open containers, verbal encouragement) compared to standard nutrition care without targeted referral... | Stage 2+ pressure injury incidence; Mini Nutritional Assessment (MNA) score at discharge vs. admission; protein intake (grams/day tracked by diet tech) |
Theoretical frameworks for geriatric nursing capstones
| Framework | Best suited for | Application |
|---|---|---|
| Orem's Self-Care Deficit Theory | Dementia care, fall prevention education, polypharmacy self-management, LTC care planning | Aging and cognitive decline create self-care deficits that nursing is uniquely positioned to address through wholly compensatory (complete nursing care), partly compensatory (shared care), or supportive-educative (teaching/coaching) systems. Geriatric capstones that address nursing's role in compensating for age-related functional decline are directly aligned with Orem's framework. |
| Transitional Care Model (Naylor) | Geriatric care transitions: hospital to home, hospital to SNF, SNF to home | Older adults with multiple chronic conditions are the original population for whom the TCM was developed. The 9 key elements of the TCM (comprehensive discharge planning, patient/family activation, medication management, coordination with all providers, symptoms recognition, follow-up care) map directly onto the preventable readmissions and falls that occur in the first 30 days after hospital discharge for older adults. |
| Biopsychosocial Model (Engel) | Dementia BPSD management, depression in older adults, frailty care planning | Behavioral symptoms of dementia (BPSD) are not purely biological (they are not simply chemical imbalances fixed by antipsychotics). They are the interaction of neurodegenerative changes (biological), the patient's unmet needs and preserved preferences (psychological), and the social and physical environment of the care setting (social). Non-pharmacological BPSD interventions that address all three domains are more effective than pharmacological management alone. |
| Iowa Model of EBP | Beers Criteria implementation, STEADI toolkit rollout, pressure injury protocol redesign | Standard EBP implementation framework. Problem trigger (fall rate above NDNQI benchmark, pressure injury incidence audit, polypharmacy adverse event data) → form a team → appraise evidence (AGS Beers Criteria, CDC STEADI, NPUAP guidelines) → pilot → evaluate → sustain. |
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Frequently asked questions
The American Geriatrics Society (AGS) Beers Criteria is a list of potentially inappropriate medications (PIMs) for older adults aged ≥65 — drugs that, for most older adults, have risks that outweigh their benefits due to age-related pharmacokinetic and pharmacodynamic changes, drug-drug interactions, or specific risks in older adults (falls, cognitive impairment, bleeding, anticholinergic effects). It is updated every three years; the most recent version is the 2023 AGS Beers Criteria. Common Beers Criteria medications include: diphenhydramine (Benadryl) and other antihistamines (anticholinergic, increases fall and delirium risk); benzodiazepines (increased sedation, fall risk, cognitive impairment in older adults); NSAIDs (GI bleeding, AKI, fluid retention); first-generation antipsychotics; nitrofurantoin in patients with GFR <30. In your capstone, the Beers Criteria is used as a screening tool at medication reconciliation — you identify which of the patient's current medications appear on the list and flag them for pharmacist review and potential deprescribing. Your outcome measures include: PIM detection rate, pharmacist review rate, and deprescribing or dose reduction rate.
Frailty is a specific clinical syndrome characterized by decreased physiological reserve and increased vulnerability to stressors, distinct from normal aging or disability. The Fried frailty phenotype defines frailty as 3 or more of: unintentional weight loss, self-reported exhaustion, low grip strength, slow gait speed, and low physical activity. Pre-frailty = 1–2 criteria. Disability is the inability to perform ADLs — it can occur with or without frailty. Normal aging involves gradual functional decline without the disproportionate vulnerability that characterizes frailty. Frailty matters for your capstone because frail older adults have dramatically worse outcomes from the same insult compared to non-frail adults of the same age: a frail 72-year-old hospitalized for pneumonia has much higher delirium, fall, and mortality risk than a robust 82-year-old admitted for the same condition. Accounting for frailty in your PICOT population definition strengthens your clinical rationale and helps explain expected outcome heterogeneity.