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Medical City · Simulation 06 of 12

Installation and Commissioning

Accept new equipment: packages, checks and handover.

What you do

Installation & Commissioning

New equipment has to be proved safe before it touches a patient. In this simulation you take a delivery from the loading bay to clinical use: check it against the order, prove the room, test it with real instruments, then register, train and make the go-live call.

Most commissioning failures are not exotic: a wrong gas connector, a short shipment, an untested alarm route, an untrained night shift. Each one reaches a patient if the engineer signs past it. Your signature is the last check.

45 challenges, each at Foundation, Practitioner and Expert level.

Installation and Commissioning in BMEssentia Medical City
Installation and Commissioning, captured in Medical City.

How it works

Step by step.

  1. Receive the consignment

    Sheet 1 of 4: at goods-in, check each package against its purchase order - model, quantity, serials, accessories, labels, transit indicators and documents. The delivery note is the vendor's claim; the rating plate and the serial number are the facts.

  2. Prove the site

    Sheet 2 of 4: before installation, verify the room - electrical supply, medical gases, water, network, environment, floor and shielding. Infrastructure first, then equipment: a room that is not fit stops everything.

  3. Install and test

    Sheet 3 of 4: the equipment is installed; now prove it - electrical safety to IEC 62353, performance, alarms and integration. The instrument gives numbers, not verdicts: you decide against the limit.

  4. Hand over to clinical use

    Sheet 4 of 4: register every unit with its risk class and planned maintenance, check training records and user acceptance. Schedule PM from acceptance, at the manufacturer's interval unless the risk says otherwise.

  5. The call: go live, go live in part, or hold

    Decide what is safe for patients on the record you made: release everything, release what passed, or hold. Decide on what you recorded, not on what you hope.

  6. Clinical sign-off

    The Patient Safety Officer reviews your record and signs the handover or refuses. A signature is a safety claim: only sign what the record supports.

  7. Debrief

    Your score, each sheet's percentage, the defects you found and what happened to patients because of anything missed. Infrastructure, then equipment, then integration, then clinical validation - every time.

What it trains

Skills and competencies.

  • Inspect deliveries against the purchase order and the law
  • Prove a room's power, gases, water, network and shielding
  • Run and interpret acceptance and electrical safety tests
  • Make and defend a go-live decision

In the BMEssentia competency framework, this simulation builds 15 competencies across Patient & Electrical Safety, Maintenance & Performance Testing, Device Technology & Fault Finding, Clinical Environment & Infrastructure, Procurement & Technology Lifecycle, Regulation, Design & Quality.

  • Patient & Electrical Safety

    Electrical safety testing

    Test medical electrical equipment to IEC 62353 (earth bond, insulation, leakage) and act correctly on borderline and failed results.

  • Patient & Electrical Safety

    Alarm safety and configuration

    Understand alarm priorities, limits, latency and alarm fatigue, and verify that alarms reach the people who must act on them.

  • Patient & Electrical Safety

    MRI, radiation and laser safety

    Work safely in MRI zones, ionising radiation and nuclear medicine areas and laser rooms, following IRR17, IR(ME)R and local rules.

  • Patient & Electrical Safety

    Decontamination and infection prevention

    Make devices safe to handle and reuse: cleaning, disinfection, sterilisation, reprocessing validation and clean to dirty flow.

  • Maintenance & Performance Testing

    Performance verification and calibration

    Prove a device does what its specification says using analysers and simulators, and judge results against tolerance.

  • Device Technology & Fault Finding

    Device integration and interoperability

    Connect devices to central stations, EPR and PACS safely using HL7, DICOM and IEC 80001-1, and validate the data end to end.

  • Device Technology & Fault Finding

    Medical device cybersecurity

    Assess and reduce cyber risk in networked devices: inventory, segmentation, patching, SBOM and incident response.

  • Clinical Environment & Infrastructure

    Medical electrical installations

    Specify and check medical locations, IT systems, earthing, UPS and backup power to IEC 60364-7-710 and HTM 06-01.

  • Clinical Environment & Infrastructure

    Medical gas systems

    Understand medical gas pipelines, outlets, alarms, AGSS and isolation, and keep devices safe during gas work (HTM 02-01).

  • Clinical Environment & Infrastructure

    Specialised ventilation and room environment

    Specify and verify theatre, isolation and clean room ventilation, pressure regimes and temperature to HTM 03-01.

  • Procurement & Technology Lifecycle

    Commissioning and acceptance testing

    Inspect deliveries, check site readiness, test and accept equipment so only safe, complete systems go live.

  • Procurement & Technology Lifecycle

    Asset management and replacement

    Keep an accurate asset register and plan replacement, obsolescence and safe decommissioning over the whole life.

  • Regulation, Design & Quality

    Medical device regulation

    Know how devices reach and stay on the market: classification, UK MDR, EU MDR, FDA pathways, CE and UKCA marking.

  • Regulation, Design & Quality

    Quality systems and audit

    Run document control, internal audit, CAPA and accreditation so the department can prove its work is controlled.

  • Regulation, Design & Quality

    Equipment governance

    Apply rules for loans, off-label use, modifications, in-house devices, trials and third-party access to equipment.

The takeaways

  • The delivery note is a claim; the rating plate is the fact.
  • A room that is not fit stops everything.
  • Numbers, not verdicts: you judge against the limit.
  • Training is a go-live criterion.

The challenges

45 training cases.

  1. 01 New ICU bed spaces

    Six bed spaces: monitors, ventilators and the central station

  2. 02 Theatre 3 anaesthesia machine

    The most interlocked device in the hospital, from crate to first list

  3. 03 Dialysis unit go-live

    Water treatment plant and twelve haemodialysis machines

  4. 04 CT room acceptance

    A new 128-slice scanner: radiation survey, QA phantom, the room around it

  5. 05 MRI handover

    A 3 T magnet: helium, shim, RF shielding, safety zones and what goes near it

  6. 06 Defibrillator fleet roll-out

    Every resuscitation trolley, the public AEDs and the theatres - swapped in one week

  7. 07 Infusion pump fleet swap

    240 smart pumps and the drug library that makes them smart

  8. 08 Hybrid theatre robot

    Fourteen crates, a surgical robot, a C-arm and a theatre that has to make them work together

  9. 09 Neonatal unit incubators

    Twelve incubators, phototherapy and the monitors that watch the smallest patients

  10. 10 Vendor says it's ready - is it?

    Theatre 1 comes with a signed vendor certificate.

  11. 11 Cardiac catheter lab go-live

    A new single-plane cath lab: radiation, protection, injector, haemodynamics, the room

  12. 12 ED resus monitoring

    Six resus bays, a central station and alarms routed to the nurses' pagers

  13. 13 Transport ventilator fleet

    Six ventilators for ICU and ED transfers: oxygen, batteries, mounts and the journey

  14. 14 CSSD sterilisers and washers

    Two porous-load sterilisers, three washer-disinfectors and the water and steam behind them

  15. 15 Endoscopy decontamination unit

    Three AERs, drying cabinets, final rinse water and scope-to-patient traceability

  16. 16 Ultrasound fleet replacement

    Eight scanners and their probes across radiology, maternity and cardiology

  17. 17 Digital radiography room

    An old CR room rebuilt as DR: new generator, wireless detectors, the same four walls

  18. 18 PET-CT suite and hot lab

    A new PET-CT, its uptake rooms and a radiopharmacy hot lab - all opening on the same day

  19. 19 Refurbished SPECT-CT camera

    A manufacturer-refurbished SPECT-CT goes into a room that only ever held a gamma camera

  20. 20 Labour ward CTG and surveillance

    Twelve new CTG monitors, wireless transducers and a central station that watches every room

  21. 21 Point-of-care blood gas network

    Four blood gas analysers outside the laboratory, one middleware, and results that go straight to the record

  22. 22 Community syringe drivers

    Forty ambulatory syringe drivers for palliative care at home, where no engineer will ever be in the room

  23. 23 ECMO service launch

    Consoles, heater-coolers, circuits and a transport kit for a new adult ECMO service

  24. 24 Intra-aortic balloon pumps

    Two balloon pumps for the CCU and the cath lab, with helium, triggering and a transport kit

  25. 25 Heart-lung machines

    Two new perfusion consoles for the cardiac theatres, and a heater-cooler nobody wants inside

  26. 26 Electrophysiology lab

    A new EP lab: catheters inside the heart, and a room whose earthing nobody has measured

  27. 27 Ophthalmic laser suite

    A Class 4 retinal laser and a YAG in a converted clinic room, with a clinic booked for Monday

  28. 28 Eye theatre: phaco platform

    A new cataract theatre opens with an ex-demonstration phaco/vitrectomy platform bought at a discount

  29. 29 Lithotripsy suite

    A new shockwave lithotripter with built-in fluoroscopy, in the room the old ultrasound-only one used

  30. 30 Neurosurgical theatre and IONM

    Theatre 7 re-equipped for spine and cranial work: monitoring, drills, navigation, microscope

  31. 31 Video-EEG telemetry unit

    Four epilepsy monitoring beds where seizures are provoked on purpose, and someone must always see them

  32. 32 Home peritoneal dialysis cyclers

    Six APD cyclers going into patients' homes - the home is the room you commission

  33. 33 Insulin pump and CGM starts

    Twelve patients start closed-loop pumps in one month - the devices leave with them

  34. 34 Postnatal ward phototherapy

    LED phototherapy moves from the neonatal unit to the mother's bedside

  35. 35 Day-surgery anaesthesia

    Four new workstations for a day unit built inside the old outpatients block

  36. 36 New ward bedhead services

    Twenty-eight bedheads: gases, suction, power and nurse call before the first patient

  37. 37 Outpatient benchtop sterilisers

    Three benchtop autoclaves for clinics that still reprocess their own instruments

  38. 38 Lung function laboratory

    Spirometers, a body box and gas transfer - the numbers that decide diagnoses

  39. 39 Audiology booth and audiometers

    A new sound booth, a clinical audiometer and a tympanometer, calibrated before clinic

  40. 40 Neonatal transport system

    Incubator, ventilator and monitor on one crash-tested trolley, and the ambulance it rides

  41. 41 Donated equipment consignment

    A container of donated devices from overseas: generous, unlabelled and built for 110 V

  42. 42 Refurbished C-arm and ultrasound

    A second-hand mobile C-arm and ultrasound at half price: what came with them, what did not

  43. 43 Monitoring network upgrade

    A major software release for 120 bedside monitors and the central stations, in one night

  44. 44 Physiotherapy electrotherapy

    Therapeutic ultrasound, interferential, loan TENS and a shortwave diathermy unit

  45. 45 Centrifuges and blood fridges

    Centrifuges and blood bank refrigerators for the new laboratory floor, before the move