Biomedical Technician
Biomedical technicians keep the medical equipment hospitals depend on working safely, from patient monitors and infusion pumps to ventilators and defibrillators.
- Median salary*
- $91,000
3.8%vs last year, before tax
- People employed
- 990
1.0%vs last year
- Projected growth*
- +9%
to 2035
- AI exposure*
- Low
- automation risk
- Average hours*
- 38/wk
−2h vs all jobs
- Shortage status*
- Not in shortage
national
They work in hospital clinical engineering departments, for medical equipment service providers, and in diagnostic imaging, pathology and aged care services, installing, testing and repairing devices that are in clinical use every day. The role sits between electronics and healthcare: it shares fault-finding with electronics technician work, but every repair has to meet medical device standards and be documented for hospital accreditation. Entry is usually through a certificate IV or diploma rather than a degree, which is what separates the technician role from biomedical engineering.
How much do biomedical technicians earn?
The median full-time salary for a biomedical technician is $91,000 per annum, before tax, up $18,800 since 2018.
Public hospital technicians are usually paid under a state health enterprise agreement, so pay moves with the classification level you reach rather than with years served alone. On-call and shift allowances add to base pay for technicians who cover after-hours breakdowns, and equipment suppliers and private service companies often set their own rates. Specialising in high-end equipment such as imaging systems or life support devices is the main way to move up the scale.
What does a biomedical technician do day to day?
The list below is what fills most weeks; the exact mix shifts with seniority and whatever stage the current work is at.
- Testing and calibrating devices such as infusion pumps, defibrillators and patient monitors
- Running preventive maintenance and electrical safety testing to manufacturer and standards requirements
- Fault-finding and repairing electronic and electromechanical equipment at the bench or at the bedside
- Recording tests, repairs and asset history in the clinical engineering database
- Advising clinical staff on correct equipment use and coordinating recalls, upgrades and loan units with suppliers
What skills do biomedical technicians need?
Employers look for installation and maintenance, regulatory compliance, plant and equipment operation, backed by Fluke Biomedical test analysers fluency and strong problem solving.
Specialist skills
- Installation and maintenance
- Regulatory compliance
- Plant and equipment operation
- Software testing and QA
Software and tools
- Fluke Biomedical test analysers
- Electrical safety analysers (Rigel, Fluke)
- CMMS maintenance software (e.g. EQ2, Mainsaver)
- Oscilloscopes and digital multimeters
- Manufacturer service software (GE Healthcare, Philips)
General skills
- Problem solving
- Attention to detail
- Safety and compliance awareness
- Written communication
Is the job growing?
About 990 people work as biomedical technicians in Australia, and employment is projected to grow 9% over the decade to 2035. That's modest growth: demand is steady rather than booming.
How do you become a biomedical technician?
Here's the path most biomedical technicians take, step by step.
- 1Complete a certificate IV or diploma in electronics
The Certificate IV in Electronics and Communications and the Diploma of Electronics and Communications Engineering (UEE50520) cover circuit theory, testing and electrical safety, and both are offered at TAFE and private colleges. They are the qualifications most people in the role hold.
- 2Take a traineeship or entry-level job with a hospital or supplier
Hospitals, health services and medical equipment suppliers take on trainees and apprentices, and this is how most technicians get their first exposure to clinical equipment. The medical device side of the job, including standards and accreditation records, is learned at work rather than in the classroom.
- 3Learn electrical safety testing and calibration on the job
Every device has to be tested against a manufacturer's specification and an Australian standard before it goes back into use, and the test equipment and documentation differ from general electronics work. Suppliers such as GE Healthcare and Philips run their own training on the models you will service.
- 4Add a degree only if you want design or clinical engineering work
A bachelor degree in engineering or biomedical engineering takes three to four years full time and opens up design, procurement and clinical engineering management roles. It is not required for hands-on maintenance.
- 5Keep vendor certifications current
Device families change every few years, and warranty work is often restricted to technicians who have completed the current manufacturer training. Staying certified is what keeps your skills portable between hospitals and suppliers.
Ready to apply as a biomedical technician?
Whether you're working toward becoming a biomedical technician or already are one and want a hand with the next step (sharpening your resume for ATS screening, tightening your cover letter, or knowing what you'll actually be asked at interview), here are examples grounded in this specific role, not generic templates.
What jobs can a biomedical technician move to?
Moving into Biomedical Engineer typically comes with the biggest pay rise, worth $46,700 a year more on average.
| Move to | Typical pay change | Overlap | Retraining |
|---|---|---|---|
| Biomedical Engineer A biomedical technician who completes an engineering degree can apply device knowledge to design and clinical engineering roles. | +$46,700 | 24% | requalify |
| Electronic Engineering Technician Biomedical technicians bring medical device fault-finding and electronics skills to complex engineering systems in this adjacent diploma role. | +$20,400 | 63% | minimal |
| Telecommunications Field Engineer Electronics and troubleshooting skills carry into field engineering, though telecommunications systems require further study. | +$10,400 | 41% | reskill |
| Calibration Technician Their precision measurement and testing experience suits calibration work on instruments and equipment across engineering settings. | −$15,600 | 63% | minimal |
Moves are chosen from Jobs and Skills Australia's Data on Occupation Mobility, which follows income tax records between 2011-12 and 2020-21, together with entry requirements and skill overlap. A known move is one people were seen making in that data. Pay change compares median full-time pay for the two roles.
Who works as a biomedical technician?
The typical biomedical technician is 45 years old; 90% are men, 83% work full-time, and full-timers average 38 hours a week.
- 45
- Median age
- 10%
- Female share
- 83%
- Full-time
- −2h
- vs all-jobs avg
What's it like being a biomedical technician?
The job follows the hospital's rhythm, with planned servicing filling the quieter periods and breakdowns interrupting everything. Technicians move across the whole site and often work alone on a fault before calling a colleague or a vendor for advice. It suits people who like electronics and want their work to end in something a patient depends on.
What people like
- Faults that take real detective work. A monitor that alarms for no clear reason or a pump that fails intermittently can take a careful process of elimination, and finding the cause is the part many technicians enjoy most.
- Work you can see being used. A repaired ventilator goes straight back onto a ward, so the result of a morning's work is visible in a way that general electronics repair rarely is.
- Variety across the hospital. A week can move between the emergency department, radiology, theatre and a dialysis unit, and each area brings different equipment and different people to deal with.
- Specialist knowledge that travels. Technicians who learn imaging systems or life support devices become the person others call, and that expertise is portable between hospitals, suppliers and states.
What people find hard
- On-call and after-hours callouts. Hospitals run around the clock, so most workshops keep an on-call roster, and a breakdown at 2am still needs a response even when the fix has to wait for parts.
- Old equipment with poor documentation. Devices with missing manuals, discontinued circuit boards or no vendor support can take far longer than the scheduled job allows, and the equipment still has to be made safe.
- Record keeping for accreditation. Every test, repair and part has to be logged in the maintenance system, and the documentation can take as long as the repair itself.
- Pressure while a device is out of service. When a theatre or an intensive care unit is waiting, clinical staff will ask for a time, and parts availability or a vendor's response is often outside your control.
Based on our synthesis of professional-body surveys and public accounts of the role, not first-person verified reviews.
Which industries employ biomedical technicians?
Hospitals (public and private) employs the largest share of biomedical technicians, followed by Medical and surgical equipment repair and maintenance services.
Top employing industries
- 1Hospitals (public and private)
- 2Medical and surgical equipment repair and maintenance services
- 3Diagnostic imaging and pathology services
- 4Medical equipment wholesale and supply
- 5Aged care and community health services
Ranked by employment share; the source doesn't publish an exact percentage per industry.
| Certificate III/IV | 34% | |
|---|---|---|
| Diploma / Advanced Diploma | 26% | |
| Bachelor degree | 20% | |
| Year 12 or below | 20% |
Will AI replace biomedical technicians?
Biomedical technician work has low exposure to AI, because the job is largely hands on: diagnosing faults, testing electrical safety, calibrating against a manufacturer's specification and repairing devices that patients are attached to. Software already helps around the edges, including maintenance systems such as EQ2 and Mainsaver, vendor remote diagnostics on some imaging equipment, and automated analysers that log safety results themselves. Those tools shorten the testing step, but they do not open a device, trace an intermittent fault or judge whether a repair will hold up on a busy ward.
Share of typical working time by exposure level
- Fault-finding and repairing clinical equipmentTracing an intermittent fault in a patient monitor or replacing a worn pump mechanism depends on hands-on diagnosis at the bench or the bedside.40%low
- Preventive maintenance and electrical safety testingAutomated analysers record the leakage-current and earth-continuity results, but a technician still sets up the device, runs the tests in sequence and acts on a failure.25%low
- Calibration and performance checksVendor software and test benches handle more of the measurement and logging on newer imaging and life support equipment, so less time goes on reading a dial and more on interpreting the result.20%moderate
- Maintenance records, work orders and partsScheduling, history logging and spares reordering in a system such as EQ2 are already partly automated, and reporting tools are being added to flag equipment that keeps failing.15%high
Common questions about becoming a biomedical technician
Straight answers to the questions people ask most.
How much do biomedical technicians earn?
Biomedical technicians earn $91,000 per year before tax at the median. Public hospital pay follows state enterprise agreements and rises with the classification level, while on-call and after-hours allowances add to base pay for technicians who cover breakdowns.
How do you become a biomedical technician?
Most entrants start with a certificate IV or diploma in electronics and communications, then learn the medical device side through a traineeship with a hospital or an equipment supplier. 34% of the people working as biomedical technicians hold a certificate III or IV as their highest qualification.
Are biomedical technicians in demand?
Biomedical technicians are currently not in shortage, and employment is projected to grow 9% over the decade to 2035. Because the occupation is small, with about 990 people in it, much of the hiring replaces technicians who retire or move on rather than filling newly created roles.
Will AI replace biomedical technicians?
The work has low exposure to AI and automation, because most of it is physical: opening a device, tracing a fault, testing it and confirming it is safe before it returns to clinical use. Maintenance systems, vendor remote diagnostics and automated test analysers are taking over more of the logging and scheduling around that work.
Is a biomedical technician the same as a biomedical engineer?
They are different roles: biomedical engineers design, specify and manage medical technology, usually after completing an engineering degree, while biomedical technicians keep the existing equipment running. The two work side by side in a hospital's clinical engineering department, and technicians who complete a degree can move across.
What can biomedical technicians move into?
Electronic engineering technician work draws on the same circuit diagnosis and instrumentation, and pay there is $20,400 more. Calibration technician uses the same measurement and testing discipline and pays $15,600 less, while biomedical engineer requires an engineering degree and pays $46,700 more. Some experienced technicians move to equipment suppliers, and some set up their own servicing business, which is often where earnings grow furthest.
Related roles
- Electronic Engineering Technician
- Calibration Technician
- Biomedical Engineer
- Telecommunications Field Engineer
- Electronic Engineering Technician
- Calibration Technician
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