Infection Prevention Strategies in Aged Care Facilities

Assessment 

Background

Hoists, wheel chairs, slide sheets, walking aids are examples of manual handling equipment that are critical components of an aged care facility to help the residents with their mobility and avoid injuries to staff. Since they are limited in terms of operation and funding, such devices are often shared by numerous residents. Although this is effective, it poses a remarkable challenge to infection control. Provided equipment is not properly cleaned between patients, pathogens like Staphylococcus aureus, and other respiratory viruses may remain on the surfaces, which may pose a significant threat to immunocompromised elderly patients (Lee et al., 2020).

Older people are one of the most vulnerable populations to infection because of age-related decrease of the immune system, presence of chronic disorders, and the high number of contacts with the shared living quarters. Poorly sanitised common equipment to perform manual handling has also been reported to cause respiratory and gastrointestinal infections outbreaks within a long-term care facility (World Health Organization, 2020). The morbidity, prolonged recovery and even deaths can result as a result of these incidents.

There are already current infection control guidelines, yet there are vacuums in the implementation of these measures, monitoring, and compliance to the staff. Among contributing factors to this can be found working under heavy workloads, lack of training, lack of cleaning supplies and resistance to the new protocols. Such challenges are overcome in this project through the conduct of an evaluation of current regulations, pinpointing areas of risk and producing evidence-based answers using the aged care operations.

Objective

1. Specific- Determine at least 10 risky points of infection that occur in aged care settings with shared manual handling equipment on or before 15 December 2024.
2. Measurable- Determine which current staff agree and disagree with infection control measures through surveys and observations with an 80 percent response rate by 23 December 2024
3. Achievable -By 8 January 2025, develop and implement a specific training package on infection prevention to all concerned staff 100 percent.
4. Relevant- Correlate all the current cleaning practices with the national aged care guidelines and WHO guidelines by 12 January 2025.
5. Time-bounded- the project should be totally implemented by 16 January 2025, evaluated, and reported upon.

Context

Aged care Manual handling equipment is an essential in aged care that is recognized to ensure resident mobility and avoid injury as well as facilitate daily living activities (Coman & Caponecchia, 2023). Nevertheless, equipment sharing where there is an inadequate sanitisation process acts as a communal source of cross-contamination. In aged care, unlike acute hospital settings, the resources allocated to infection control may be limited, so awareness resulting in appropriate staff implementation of appropriate precautions is important. The current project aims at closing the gap between what is suggested in the guidelines and what is being practiced in practice, so that the measures to prevent infection are feasible, sustainable, and incorporated into daily routines.

Methods

• Literature Review – Do a literature search of current guidelines, policies and evidence on shared manual handling equipment infection prevention (Lim et al., 2022).
• Stakeholder Consultation- Take on interviews of the facility managers and the staff to get to know the challenges and how they can be improved.
• Observational Audit- This will check the existing cleaning and use trends.
• Survey Distribution - Obtain quantitative measures of knowledge, compliance, perceived barriers, on personnel staff.
• Data Analysis -Scholarship opportunities -Identify policy-practice gaps.
• Intervention Development -Design new-fangled cleaning methodologies, visual displays, and blend lists.
• Training Delivery - Conduct what has been termed as interactive training to staff in the form of quizzes and demonstrations.
• Evaluation -Assess post train compliance and feedback.
• Reporting – Summarize results on findings and recommendations to the management, sustainability strategies.

Brief Summary of Assessment Requirements

The assessment required students to design a project on infection control in aged care facilities with a focus on the safe use of shared manual handling equipment such as hoists, wheelchairs, slide sheets, and walking aids. The key pointers were:

1. Background & Context – Explain why shared manual handling equipment increases infection risks in aged care and highlight vulnerabilities of elderly residents.

2. Objectives – Frame objectives that are SMART (Specific, Measurable, Achievable, Relevant, and Time-bound).

3. Contextual Justification – Connect the importance of infection control with existing gaps in practice versus guidelines.

4. Methods – Outline strategies including literature review, stakeholder consultation, observational audits, surveys, data analysis, intervention design, staff training, evaluation, and reporting.

5. Implementation & Relevance – Show how evidence-based strategies can reduce infection risks and align with WHO and national aged care guidelines.

6. Learning Goals – Demonstrate understanding of infection control practices, research skills, practical evaluation methods, and development of training/interventions.

Step-by-Step Guidance by Academic Mentor

The academic mentor guided the student systematically through each section of the assessment:

1. Understanding the Background

• The mentor began by explaining why infection control in aged care is critical, especially when equipment is shared.

• Students were encouraged to review real-world examples (WHO reports, peer-reviewed articles) to justify the significance of the issue.

2. Formulating SMART Objectives

• The mentor broke down how to transform broad goals into SMART objectives.
• Example: instead of “reduce infection risk,” the student learned to write measurable objectives such as “Identify 10 risky infection points by December 15, 2024.”

3. Establishing Context

• The mentor emphasized linking the project with existing aged care practices, limited resources, and staff challenges.
• Students were guided to compare real-world practices with WHO and national guidelines to highlight gaps.

4. Structuring Methods

• The mentor explained how to combine qualitative and quantitative approaches:
  • Literature Review → Identify best practices.
  • Stakeholder Consultation → Understand on-ground barriers.
  • Observational Audits → Collect direct evidence of non-compliance.
  • Surveys → Measure staff awareness and compliance.
  • Data Analysis → Pinpoint policy-practice gaps.
  • Intervention & Training → Propose solutions like cleaning checklists and interactive sessions.

• Each method was explained with examples so the student could connect theory to practice.

5. Developing Interventions

• The mentor guided the student in designing evidence-based solutions, such as visual cleaning reminders, structured checklists, and interactive staff training.
• Stress was laid on feasibility ensuring interventions could realistically fit into aged care daily routines.

6. Evaluation and Reporting

• Students were shown how to evaluate success by measuring compliance before and after training.
• Mentor explained how to summarize findings into actionable recommendations for facility management.

Final Outcome and Learning Objectives Achieved

By following this step-by-step mentoring approach, the student:

• Produced a structured infection control project focused on aged care manual handling equipment.
• Learned to apply SMART objectives to make goals clear and measurable.
• Understood how to bridge the gap between theory (guidelines) and practice (facility challenges).
• Developed skills in literature review, data collection (surveys/audits), and analysis.
• Learned to design practical interventions like training and compliance monitoring.
• Gained experience in academic writing and evidence-based reporting.

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