Infusion and Syringe Pump Service — Level 1

Volumetric, syringe and PCA pumps: safety, testing and PM

Part of the program: Infusion and Syringe Pump Service Engineer — program (7 h) →

Infusion and syringe pumps are the most numerous powered devices in a hospital, and they deliver drugs where a few millilitres too many or too few matter. Most faults are mundane: a syringe the pump does not like, a tired battery, a sticky key, dried glucose in the mechanism. This course teaches the engineer to tell a real pump fault from a set or use problem, to test flow, occlusion and air detection properly, and to hand a pump back only when it is safe.

Not started

A pump that alarms is annoying. A pump that runs wrong without alarming is dangerous.

Wards call the engineer about 'occlusion alarms' and 'the pump does not see the syringe' every week, and most of these calls are about the disposable, not the pump; without a method the engineer swaps parts that were never faulty.
Free flow, a bolus after an occlusion is released, air in the line and a wrong rate are real patient harms, and an engineer who does not understand how the pump prevents them can return a dangerous device to a ward.
Manufacturer service training is model-specific and often closed to independent engineers, while the basics every pump shares - sensors, testing with an analyser, batteries, PM and records - are rarely taught on their own.

After the course you can

01Describe how volumetric, syringe, PCA, enteral and ambulatory pumps move fluid, and what each sensor (pressure, air-in-line, door, syringe size and plunger) actually measures.

02Explain the main hazards - free flow, occlusion and the bolus after release, air, wrong drug or rate, use errors, electrical, battery and infection risks - and how the pump and the process control each one.

03Test flow accuracy with an infusion device analyser, read the start-up behaviour correctly, and check occlusion response, bolus, air detection and alarms for acceptance and after repair.

04Run planned maintenance per the manufacturer: battery assessment and replacement, cleaning and fluid-ingress checks, electrical safety and clear records.

05Keep to your role with drug libraries, software updates, wireless networks and docking stations, and use event logs for incident investigation.

06Find common faults in a sensible order, return pumps to service with the right tests and records, and quarantine a pump correctly after a suspected patient incident.

Curriculum

01The devices: how pumps move fluid and what they sense
Name the pump type in front of you, explain how its drive moves fluid, and say what each of its sensors measures and what it cannot detect.free
20 min 02Safety: how pumps harm patients and how they are designed not to
Explain each major infusion hazard, the design feature or process that controls it, and what an engineer must check or never defeat.20 min 03Testing: flow, occlusion, air, bolus and alarms
Set up an infusion device analyser correctly, run and interpret flow, occlusion, bolus, air and alarm tests, and carry out an acceptance test on a new pump.22 min 04Batteries, power and planned maintenance
Assess and replace pump batteries correctly, carry out planned maintenance to the manufacturer's checklist, find fluid ingress and cleaning damage, and keep records that stand up to an audit.20 min 05Software, drug libraries and networks
Explain who owns and changes the drug library, handle software updates and safety notices by the manufacturer's procedure, support wireless and docking connections, and secure event logs for an investigation.20 min 06Fault-finding, return to service and incidents
Find the common pump faults in a sensible order, decide what is set, use or device, return a repaired pump with the right tests and records, and quarantine a pump correctly after a suspected incident.22 min —Exam
25 · 40 min · 75 %

The certificate

Pass the exam and get a certificate of course completion with your name, hours and score. Every certificate has a unique number and a public verification page, so an employer or a customer can check it in one click. It confirms completion of the course; it is not an educational document (diploma) and not a manufacturer authorisation.

Certificate of course completion

Alex Example

has completed the course

Infusion and Syringe Pump Service — Level 1: Volumetric, syringe and PCA pumps: safety, testing and PM

3 hours · score 86 %No. SEA-US1-000000-K7QF3M · verify at /verify/

The 3 training hours may be self-reported as continuing education (Category IV) toward renewal of AAMI CBET/CRES/CLES certification.

Who it is for

Hospital biomedical / clinical engineering teams
Field engineers in independent service companies

Who teaches

Written by a service engineer working with medical equipment since 2014, including 6.5 years at GE Healthcare and service supervision at Mindray, together with the engineers of Service Engineer.

FAQ

Is this manufacturer training?

No. It is independent, vendor-neutral training. It does not replace the manufacturer's procedures or grant authorisation or access to service software.

Does it teach how to reset maintenance counters or enter service menus?

No. The course explains what PM and calibration involve and why they matter; service software, passwords and counter resets belong to the manufacturer's authorised procedure.

What does the certificate say?

Your name, the course, the hours, the date and your exam score, with a unique number and a public verification page.

Can my company buy seats for a team?

Yes: five seats and a progress overview for the manager.

Languages?

English and Russian.