A guide to the catheter care online module for clinical staff

Indwelling urinary catheters can provide essential relief for people with acute urinary retention, impaired bladder function, or specific clinical needs. They also create risks of infection, trauma, blockage, and discomfort, so good technique matters from insertion through to removal. The catheter care online module offers a structured way to review the knowledge and decisions that underpin safe care.

The content is most useful when treated as a practical learning resource rather than a replacement for supervised training, facility policy, or clinical judgement. It can help staff refresh the reasons for catheterisation, recognise when a catheter may no longer be required, and identify the actions that protect patients and the people providing their care.

Gloucestershire Hospitals NHS Foundation Trust’s eLearning portal brings local and national learning together in one place. Australian users may encounter NHS terminology or UK service examples, so recommendations should be checked against local infection-control guidance, professional scope, and relevant state or territory requirements before they are applied.

Preparing to use the module

Begin by accessing the eLearning portal with your registered account and locating the catheter care course in the available learning catalogue. Work through the sections in sequence, particularly if the module contains clinical scenarios, knowledge checks, or assessment questions. Allow enough uninterrupted time to consider each case and note any area where your local policy differs from the guidance presented.

If you cannot log in, find the course, save your progress, or display the material correctly, contact the eLearning Helpdesk by phone or email. It is useful to describe the device and browser you are using, the stage where the problem occurred, and any error message shown. Questions about clinical content can then be directed to the relevant educator, infection-control team or catheterisation lead.

Applying the learning in Australia

Because the module is hosted by an NHS trust, some terminology and workflows may not match Australian services. Australian clinical staff should interpret its advice alongside the Australian Commission on Safety and Quality in Health Care, applicable state or territory guidance, and their facility’s policies for catheter insertion, removal, documentation and infection prevention.

Australian privacy obligations also apply to learning activities that use patient information or case examples. The Privacy Act 1988 and Australian Privacy Principles govern many private health services, while states and territories have additional health-records legislation. Any teaching case should be de-identified, and access to recordings, screenshots or written materials should follow the same controls as other confidential clinical information.

Medical devices and continence supplies should also be checked for appropriate approval and listing under Australian Therapeutic Goods Administration requirements. The National Safety and Quality Health Service Standards, Hand Hygiene Australia’s five moments for hand hygiene, and local antimicrobial guidance provide useful Australian reference points when the module discusses infection risk.

Core principles of safe catheter care

Every catheter should have a clear clinical indication, an expected duration and a plan for review. Before insertion, staff should consider whether an indwelling catheter is necessary, whether intermittent catheterisation or another management approach is suitable, and whether bladder scanning can help clarify retention when the clinical picture is uncertain. Insertion should be performed by a competent, trained person using aseptic non-touch technique and the equipment required by local policy.

Once inserted, the catheter should be secured without tension or rotation. The drainage system should remain closed, with the drainage bag below bladder level and never resting on the floor. Unnecessary disconnection increases contamination risk. Bags should be emptied and changed according to the prescribed plan, manufacturer’s instructions and facility policy rather than by routine or excessive replacement, and a catheter should not be clamped unless a specific clinical instruction requires it.

Catheter-associated urinary tract infection, or CAUTI, is easier to prevent when insertion is justified and removal is timely. Staff should remain alert to fever, rigors, new delirium, suprapubic tenderness, purulent drainage or unexplained deterioration. Cloudy or malodorous urine alone does not establish infection, and bacteriuria should not automatically be treated. Antibiotic decisions require clinical assessment and alignment with local antimicrobial guidance.

Assessment, documentation and escalation

Documentation should identify the catheter type, size, insertion date and time, the person responsible for insertion, and the reason for ongoing use. Each shift or review should include confirmation that the catheter remains clinically necessary. A removal date or next review date gives the team a practical prompt and helps prevent an indwelling device from becoming an unnoticed long-term intervention.

The record should also capture catheter-related changes, drainage observations, bag changes, removal attempts and any advice given to the patient. If a patient reports pain, leakage, bleeding, blockage or reduced output, staff should assess the catheter and drainage system, check for kinks or compression and follow local escalation pathways. Persistent retention, significant haematuria, suspected infection or a damaged catheter should be reviewed by the appropriate clinician.

Timely removal is a central safety measure. Facilities can support this through nurse-led removal protocols, multidisciplinary review and regular audit of catheters that remain in place. Audit findings are more useful when they identify the reasons for continued catheterisation, such as unresolved retention or unclear documentation, and lead to specific clinical follow-up.

Supporting patients in everyday Australian life

Catheter care continues after discharge, so education must fit the patient’s housing, mobility, work and support arrangements. A patient returning home from a Melbourne hospital may need to manage equipment while travelling on public transport, while someone in regional Queensland may face a lengthy journey with limited access to replacement supplies. Advice about securing a leg bag, changing to a night drainage bag and carrying spare equipment should therefore be individualised.

The Australian market includes pharmacies, medical suppliers and online retailers that stock drainage bags, catheter securing devices, skin-care products and continence supplies. Availability can vary between metropolitan and rural areas, and freight times may affect discharge planning. Some NDIS participants have continence consumables included in their plans, while others purchase items privately; teams should confirm the patient’s funding and supply pathway before assuming that replacement equipment is immediately available.

Everyday activities can affect comfort and safety. Work, walking, exercise, gardening, caring for family and frequent showering may require adjustments to fixation, clothing and the drainage routine. Patients should know how to empty and change a bag, maintain the closed system, inspect the insertion site and recognise when equipment needs replacing. They should also receive clear instructions about swimming, travel, activity restrictions and whom to contact if symptoms develop.

Turning learning into safer care

The module can support induction, annual refresher learning and targeted education following a CAUTI, blocked catheter or delayed-removal event. Learning records can then inform competency discussions and local audits. When an Australian service adapts the material, it should retain the clinical principles while replacing UK service arrangements with approved local pathways, documentation standards and escalation contacts.

The practical takeaway is that online learning becomes meaningful at the bedside: every catheter needs a documented indication, an ongoing need assessment, a plan for removal and a clear record of the care provided.