Lesson 1Verification processes: two-person checks, MAR comparison, patient ID confirmationOutlines verification steps prior to initiating or altering an infusion. Stresses two-person verifications, matching orders to the medication administration record (MAR), verifying patient identity, and aligning pump configurations to guarantee correct medication, dosage, route, and timing in local practice.
Standardised two-person verification methodMatching pump orders to the MARPatient identity verification using barcodesAligning pump settings with written ordersAddressing discrepancies and close callsLesson 2Programming medications and fluids: dose, rate, concentration, infusion limits, lockoutsEmphasises secure programming of medications and fluids into infusion pumps. Includes inputting dosage, rate, and concentration, establishing infusion limits and lockouts, applying weight-based dosing, and confirming calculations before commencing treatment in Namibian care environments.
Inputting dose, rate, and concentration detailsWeight-based and age-adjusted dosing entriesEstablishing infusion limits and lockout periodsUtilising pre-set drug library configurationsFinal confirmation prior to infusion startLesson 3Human factors and medication safety: look-alike/sound-alike meds, labelling, double-check workflowsExamines how human elements contribute to infusion pump medication errors. Addresses similar-looking or sounding drugs, proper labelling, independent double-checks, and workflow designs to minimise slips, lapses, and bias in bedside decision-making within Namibian nursing.
Risks of look-alike and sound-alike medicationsSecure labelling and storage beside infusion pumpsIndependent double-check and cross-verification stepsWorkflow designs to lessen confirmation biasTypes of human errors: slips, lapses, rule errorsLesson 4Principles of infusion pump function and common types (smart pumps, syringe, volumetric)Introduces fundamental principles of infusion pump operations and primary device categories. Compares smart pumps, syringe pumps, and volumetric pumps, noting indications, benefits, drawbacks, and common applications in Namibian nursing contexts.
Basic operational mechanics of infusion pumpsSmart pump features and integration capabilitiesSyringe pump indications and constraintsVolumetric pump applications and precision elementsChoosing appropriate pump for specific treatmentsLesson 5Common alarms and troubleshooting: occlusion, air-in-line, low battery, infusion complete — causes and immediate actionsDescribes frequent infusion pump alarms, potential causes, and prompt nursing responses. Covers occlusion, air-in-line, low battery, and infusion complete alerts, including safe troubleshooting and decisions to pause or halt therapy in local settings.
Identifying and prioritising alarm categoriesOcclusion alarm triggers and rapid inspectionsSafely handling air-in-line alertsAddressing low battery and power interruptionsResponses following infusion complete notificationsLesson 6Documentation and handoff: entries for MAR, pump settings, incident reporting, communication prompts for next nurseAddresses precise documentation of infusions in the MAR and electronic systems, covering pump settings, rate adjustments, and patient reactions. Includes structured handoff discussions, incident reports, and cues for seamless transition to the next nurse in Namibian wards.
Logging pump settings and modifications in the MARRecording patient reactions and site conditionsEmploying standardised handoff tools for infusionsGuidelines for submitting safety incident reportsSharing details on pending adjustments and testsLesson 7When to escalate: signs requiring physician notification vs. biomedical engineeringSpecifies circumstances for escalating infusion issues. Distinguishes physician notifications from biomedical engineering needs, and details information to share during escalation for swift responses in Namibian healthcare facilities.
Clinical indicators needing doctor contactDevice malfunctions requiring technical aidData collection prior to escalationUtilising command chain for urgent mattersLogging escalation and subsequent actionsLesson 8Monitoring during infusion: site checks, vital sign correlations, fluid balance documentationDetails continuous monitoring duties during infusions. Highlights site evaluations, vital sign patterns, fluid balance records, and early detection of infiltration, extravasation, and instability in Namibian patient care.
Routine IV site and line patency assessmentsConnecting vital signs to infusion impactsMonitoring intake, output, and fluid equilibriumDetecting infiltration and extravasation signsTailoring monitoring for high-risk medicationsLesson 9Safety features and error prevention: dose-error reduction software, guardrails, infusion protocolsExamines infusion pump safety technologies and effective utilisation. Covers dose-error reduction software, guardrail boundaries, drug libraries, and uniform infusion protocols to avert programming errors and overdoses in local practice.
Principles of dose-error reduction softwareUpdating and using drug librariesGuardrail soft and hard limit configurationsUniform infusion and adjustment protocolsSafely responding to guardrail warningsLesson 10Pre-use checks: device integrity, battery, IV sets, tubing connections, alarm settings, calibrationSpecifies vital pre-use inspections before patient connection. Encompasses device condition checks, battery verification, suitable IV set selection, tubing securement, alarm configurations, and calibration awareness in Namibian clinics.
Visual check of pump casing and displayBattery condition and power cable confirmationSelecting compatible IV sets and cassettesFastening tubing and line attachmentsVerifying alarm volume and preset limits
