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Training for medical equipment service engineers

Learn to service the machines hospitals cannot do without.

Certificate courses on MRI, CT, ultrasound, ventilators, anaesthesia, patient monitors and electrical safety. Written by field engineers, vendor-neutral, in English and Russian. Every course ends with an exam and a certificate anyone can verify.

Browse coursesStart a free lesson
13certificate courses
106lessons
68hours of training
1.5 T MRI, cut at the mid-plane
01

How it works

1

Learn

Short lessons built around real faults, interactive figures and on-site checklists. The first lesson of every course is free.

2

Pass the exam

Situational questions drawn from a bank, a time limit and a pass mark of 75 %. One free retake.

3

Get a verifiable certificate

A certificate with your name, hours and score, a unique number and a public verification page for employers and customers.

02

Popular courses

GEN01
General

Physics of Medical Equipment

The physics every service engineer uses, explained through the machines
10 lessons5 h$49
Not started
GEN02
General

Electrical Safety for Medical Equipment

Leakage, earth, applied parts and testing after repair
6 lessons3 h$79
Not started
REP03
Repair fundamentals

Pneumatics and Medical Gases — Repair Fundamentals

Valves, regulators, sensors and leaks: the trade shared by ventilators, anaesthesia machines and every gas-driven device
8 lessons5 h$99
Not started
REP04
Repair fundamentals

Electronics and Power Supplies — Repair Fundamentals

From reading a schematic to finding the failed board and the failed component
10 lessons6 h$99
Not started
MRI05
Level 1

MRI Service — Level 1

Safety, cryogenics and preventive maintenance
8 lessons4 h$149
Not started
CT06
Level 1

CT Service — Level 1

Safety, calibration and preventive maintenance
8 lessons4 h$149
Not started
US07
Level 1

Ultrasound Service — Level 1

Probes, image quality and preventive maintenance
8 lessons4 h$149
Not started
VENT08
Level 1

Ventilator Service — Level 1

Safety, checks and preventive maintenance
8 lessons4 h$149
Not started
Browse courses
02

Four steps, from general to the specific machine

Start with what every service engineer needs, then one type of equipment, then the repair trade shared by all machines, and only then a specific model.

1

General

What every service engineer needs: medicine for engineers, physics, electrical safety, standards.

2

Direction

One type of equipment in general: how it works, how it fails, safe preventive maintenance.

3

Repair fundamentals

The trade shared by every machine: pneumatics, electronics and power supplies, mechanics, cryogenics, software.

4

Models

A specific machine: architecture, service software, logs, weak points and field cases.

Browse courses
03

1.5 T MRI, cut at the mid-plane

Interactive. Hover to open the magnet; stop the compressor and watch the helium level. Open full screen ↗
04

Library

Free reference: how each type of equipment works, and service notes for specific models.

How it worksMRIA superconducting magnet, three gradient coils and an RF chain that turn hydrogen nuclei into a spatially encoded radio signal, then into images.How it worksCTAn X-ray tube and a curved multi-row detector rotating around the patient on a slip-ring gantry, measuring attenuation from hundreds of angles and reconstructing cross-sectional images.How it worksX-ray / DRA high-voltage generator drives an X-ray tube for a short exposure; a flat-panel detector turns the transmitted radiation into a digital projection image.How it worksUltrasoundA probe of piezoelectric elements sends short acoustic pulses into tissue and listens for echoes; the system beamforms them into real-time images and Doppler flow data.How it worksICU ventilatorA closed-loop gas delivery system that mixes air and oxygen, delivers controlled breaths through valves and sensors, and protects the patient with alarms and a safety valve.How it worksAnaesthesia workstationA gas delivery system, vaporiser and rebreathing circle with a ventilator, built so that the patient always receives oxygen and the anaesthetist always knows what is being delivered.How it worksPatient monitorA set of sensor front ends (ECG, SpO2, NIBP, IBP, temperature, CO2) feeding one processor that displays trends and raises alarms, often over a hospital network.How it worksClinical chemistry analyzerAn automated photometer: it pipettes samples and reagents into cuvettes, incubates them at a controlled temperature, and measures colour change or ion potentials to calculate analyte concentrations.

Model notes →

05

Certificates

Every certificate has a public page. Enter the number to check it.

Verify a certificate