Biomedical Engineer Salary Australia
Comprehensive guide to Australian Biomedical Engineer salaries: medical device industry packages, hospital clinical engineering rates, APS and TGA government pay, experience benchmarks, state breakdowns, qualifications and career progression.
Last updated: 28 September 2026 · ANZSCO 233913
Typical APS professional band
$77,865 – $118,780
Senior APS / EL band
$120,750 – $143,200
APS employer super
15.4%
Employed nationally (JSA)
3,800
Figures are base salary bands unless labelled otherwise. See methodology.
Salary snapshot
| Measure | What it shows |
|---|---|
| Federal APS base (illustrative) | Many professional engineers sit APS 4–EL 2 ($77,865 – $182,500) before allowances. |
| Broader labour-market indicator | Other Engineering Professionals Unit Group (ANZSCO 2339 — includes Aeronautical 233911, Agricultural 233912, Biomedical 233913, Engineering Technologist 233914, Environmental 233915, and Naval Architect 233917; not Biomedical Engineer alone): $2,308/week full-time median (~$120,016/year) — not a Biomedical Engineer–only median. |
| Private SG reference | 12% Super Guarantee on ordinary time earnings for most private employers (2025-26). |
Salary methodology
Australian Public Service (APS) salary determinations reflect current financial year classification schedules in src/data/federal/aps-levels.ts, incorporating standard 15.4% Commonwealth employer superannuation.
Private sector market indicators, medical device manufacturing salaries, and clinical engineering remuneration are compiled from published enterprise agreements, Engineers Australia remuneration surveys, state public healthcare awards (NSW Health, Victoria Health, Queensland Health), and industry salary guides (Hays, Hudson, Michael Page).
Workforce employment counts, occupational sizing, and geographic distribution metrics reflect Australian Bureau of Statistics (ABS) 2021 Census data and Jobs and Skills Australia (JSA) ANZSCO 233913 profile disclosures.
Private sector Superannuation Guarantee is calculated at the statutory rate of 12.0% for 2025–26 and 2026–27 per src/data/rates/ato-super-guarantee.ts.
Australian labour-market context
Jobs and Skills Australia classifies Biomedical Engineers under ANZSCO 233913, with approximately 3,800 professionals employed across Australia (ABS Census and Labour Force data). Official Australian Bureau of Statistics (ABS) earnings releases do not report an isolated median specifically for the 6-digit occupation 233913. Instead, national statistical tables report for the overarching Other Engineering Professionals unit group (ANZSCO 2339), which records a full-time median weekly income of approximately $2,308 ($120,016 annualised base equivalent) and an hourly median of $61. Because this unit group aggregates disparate specialisations—from aerospace and maritime naval architects to agricultural and clinical technologies—reported statistical averages must be analysed alongside industry-specific compensation models across multinational medical device manufacturers, public healthcare hospital awards, and federal regulatory agencies.
Source: Jobs and Skills Australia — Biomedical Engineer (ANZSCO 233913)
Biomedical Engineer salary in the Australian Government
There is no single universal federal biomedical engineer salary. Commonwealth employers pay by classification (APS or agency technical stream), enterprise agreement and role. Engineers appear across Defence, infrastructure and transport portfolios, research agencies and regulatory bodies — each with different allowance structures.
Base pay follows the advertised classification. APS employees receive 15.4% employer superannuation. Locality, shift, field and clearance-related allowances can change total cash without changing the headline APS level.
Return to the Federal Engineering Hub for the full agency directory. If the vacancy is classified APS 6, read the APS 6 salary guide for pay points and take-home context.
APS classifications (government engineering context)
These are national APS base salary bands (2025–26). They do not automatically apply to every engineer — your offer states the classification. Cross-check APS 6 and EL 1 when those levels appear on the ad.
| Level | Base salary | Super (15.4%) | Base + super | Source |
|---|---|---|---|---|
| APS 4 | $77,865 – $86,500 | $11,991+ (on min) | $89,856+ (on min base) | APSC 2025–26 |
| APS 5 | $88,085 – $97,400 | $13,565+ (on min) | $101,650+ (on min base) | APSC 2025–26 |
| APS 6 | $100,190 – $118,780 | $15,429+ (on min) | $115,619+ (on min base) | APSC 2025–26 |
| EL 1 | $120,750 – $143,200 | $18,596+ (on min) | $139,346+ (on min base) | APSC 2025–26 |
| EL 2 | $150,800 – $182,500 | $23,223+ (on min) | $174,023+ (on min base) | APSC 2025–26 |
Salary calculator (base + super + take-home)
Annual base (mid)
$109,485
Employer super (15.4%)
$16,861
Fortnightly take-home
$3,187
Salary by experience
| Stage | Experience | Federal context | Private market |
|---|---|---|---|
| Graduate / Entry | 0–2 years | APS Graduate or APS 4 to APS 5 entry ($77,865–$97,400 base, 2025–26) in medical device assessment, health technology policy, or defence science. | Graduate biomedical engineers in hospital clinical engineering or private medical device manufacturing earn $68,000–$84,000 base; commercial graduate rotational roles (ResMed, Cochlear) start at $78,000–$92,000. |
| Early Career | 3–5 years | Professional Biomedical Engineer or Regulatory Device Assessor at APS 5 to APS 6 level ($88,140–$113,859 base plus 15.4% superannuation). | Product development engineers, clinical engineers, and field service specialists earn $90,000–$118,000 base, managing medical electronics verification, hospital asset upgrades, and verification testing. |
| Mid-Career | 6–10 years | Senior Medical Device Evaluator or Health Technology Specialist at APS 6 to EL 1 level ($103,450–$144,300 base). | Senior Biomedical Engineers, Lead Systems Engineers, and Hospital Senior Clinical Engineers earn $122,000–$160,000 base; medical technology consulting packages reach $145,000–$185,000. |
| Senior / Principal | 10–15 years | Principal Biomedical Evaluator, Device Safety Director, or Research Program Lead at EL 1 to EL 2 level ($133,969–$182,500 base). | Principal Biomedical Engineer, Clinical Engineering Director, or RA/QA Director commands $160,000–$225,000 base; commercial technology leaders earn $190,000–$265,000+ with performance equity. |
| Management / Executive | 15+ years | Branch Head or Senior Executive Service (SES Band 1–2) in medical technology regulation, therapeutic goods safety, or defence human performance ($230,000–$350,000+ total rem). | Vice President of R&D, Chief Technology Officer (CTO), or Head of Medical Engineering in commercial medical device corporations packages range from $240,000 to over $400,000 with executive LTI and STI. |
Graduate Biomedical Engineer salary
Graduate biomedical engineers in Australia enter an innovative and rapidly evolving employment market spanning multinational medical technology corporations, public hospital clinical engineering divisions, commercial design consultancies, and federal regulatory bodies. Leading Australian medical device manufacturers—such as Cochlear, ResMed, Nanosonics, Cook Medical, and ImpediMed—alongside global technology leaders (Medtronic, Stryker, Philips, GE Healthcare, Siemens Healthineers) operate competitive graduate development pipelines that rotate engineers through systems engineering, mechanical testing, firmware verification, and regulatory compliance.
Starting salaries for graduate biomedical engineers vary noticeably depending on the employment sector. In hospital-based clinical engineering departments under state health award frameworks, starting base salaries range between $68,000 and $80,000 per annum plus employer superannuation and salary packaging benefits. In commercial medical device development and technical design consultancies (such as Planet Innovation or Invetech), graduate starting salaries span $76,000 to $90,000 base, reflecting strong competition for multidisciplinary talent capable of bridging hardware design and biomedical firmware.
Within the Australian Public Service (APS), biomedical engineering graduates are recruited into science and regulatory streams at the Therapeutic Goods Administration (TGA) in Canberra, ARPANSA in Melbourne, and the Defence Science and Technology Group (DSTG). Starting salaries range from $75,000 to $88,140 base (APS 3 to APS 5 depending on honours degrees and post-graduate qualifications), supported by 15.4% employer superannuation, formal graduate development programs, and clear progression steps.
During their first two years, graduate biomedical engineers establish core domain competence: developing automated test fixtures for medical electronics, executing verification and validation (V&V) protocols according to ISO 13485 and FDA guidelines, writing biocompatibility and mechanical risk analyses per ISO 14971, conducting routine electrical safety inspections (AS/NZS 3551) on hospital infusion pumps and defibrillators, and calibrating diagnostic sensors.
Senior Biomedical Engineer salary
Senior Biomedical Engineers (typically 8 to 12+ years of professional practice) lead high-stakes medical device R&D programs, manage large-scale hospital clinical technology divisions, or direct national therapeutic regulatory assessments. At this seniority level, professionals hold titles such as Principal Systems Engineer, Lead Biomedical Design Engineer, Clinical Engineering Director, Regulatory Affairs Director, or Chief Technology Officer (CTO), frequently holding Chartered Professional Engineer (CPEng) credentials and state engineering registrations.
In the private medical device sector, Senior Biomedical Engineers command base salaries of $135,000 to $175,000, while Principal Engineers, R&D Directors, and Regulatory Affairs Heads earn from $175,000 to $245,000+ base. In high-growth medical device companies and listed multinational exporters, total remuneration packages regularly reach $200,000 to $320,000+ when factoring in short-term cash bonuses (15% to 25%), employee share purchase schemes, and equity stock grants.
Senior biomedical engineers carry substantial legal, clinical, and regulatory responsibilities: they lead design verification for life-supporting Class III implantable devices, author risk management files for CE mark and FDA 510(k)/PMA submissions, review clinical trial protocols, direct sterile packaging validation, and serve as expert witnesses in medical device liability cases.
Within Commonwealth regulatory agencies and statutory authorities, senior biomedical engineers align with Executive Level 1 (EL 1) and Executive Level 2 (EL 2) classifications, with base salaries spanning $121,500 to $182,500 plus 15.4% superannuation. Federal senior specialists lead national medical device recall investigations, evaluate emerging artificial intelligence algorithms in medical software (Software as a Medical Device - SaMD), establish national standards for cybersecurity in connected healthcare devices, and represent Australia on international medical device harmonization forums (IMDRF).
Employment by state and territory
Shares are from JSA employment distribution. They show where jobs are located — not salary levels in each state.
| State | Employment share | Major industries | Federal opportunities |
|---|---|---|---|
| NSW | 36.8% | Global medical device manufacturing headquarters (Cochlear Macquarie Park, ResMed Bella Vista), Sydney hospital districts (Westmead, Randwick Health Precinct), specialised bionics start-ups | Therapeutic Goods Administration (TGA) Sydney regional inspectors, ARPANSA medical radiation team, Defence CASG aeromedical systems at RAAF Base Richmond |
| VIC | 29.4% | Parkville Biomedical Precinct, Melbourne healthcare hospital clusters (The Alfred, Royal Melbourne, Monash Health), commercial design consultancies (Planet Innovation, Invetech), bionics research | ARPANSA headquarters (Yallambie), CSIRO Health and Biosecurity Clayton laboratories, national medical standards development panels |
| QLD | 16.5% | Herston Biofabrication Institute, Princess Alexandra Hospital translational research, Gold Coast Health and Knowledge Precinct, orthopaedic device manufacturing (Cook Medical) | DCCEEW and Defence human performance evaluation units, tropical health technology initiatives, regional medical device compliance branches |
| WA | 8.7% | Perth metropolitan health services (Fiona Stanley Hospital, QEII Medical Centre), medical instrumentation start-ups, mining emergency telehealth systems | Defence naval diving and hyperbaric medical technology teams, CSIRO Australian e-Health Research Centre Perth branch |
| SA | 5.2% | Tonsley Innovation District medical device precinct, Adelaide BioMed City (Royal Adelaide Hospital), Micro-X lightweight carbon nanotube X-ray manufacturing | Defence Science and Technology Group (DSTG) Edinburgh human performance and aerospace life support systems laboratories |
| TAS | 1.4% | Tasmanian Health Service biomedical engineering, medical refrigeration and sensing for pharmaceutical logistics, rural telehealth tech | Australian Antarctic Division (AAD) polar extreme-environment medical support systems and telemetry |
| ACT | 1.2% | Federal healthcare administration, national medical technology assessment, regulatory compliance governance, Canberra Hospital biomedical department | Therapeutic Goods Administration (TGA) national headquarters, Department of Health and Aged Care, Medical Services Advisory Committee (MSAC) technical secretariat |
| NT | 0.8% | Top End Health Service clinical engineering, Royal Darwin Hospital biomedical equipment maintenance, remote indigenous community diagnostic equipment | National Critical Care and Trauma Response Centre (NCCTRC) disaster medical equipment engineering, Defence northern healthcare logistics |
Industries employing Biomedical Engineers
- Medical device design and commercial manufacturing (Cochlear, ResMed, Stryker, Medtronic, Cook Medical, Nanosonics, ImpediMed)
- Public and private hospitals and health services (clinical engineering departments, biomedical asset management, operating theatre technical support)
- Federal Government regulatory, health, and defence agencies (Therapeutic Goods Administration TGA, ARPANSA, DSTG, Department of Health and Aged Care)
- Biomedical research institutes and university bioengineering laboratories (Bionics Institute, CSIRO Health & Biosecurity, medical research faculties)
- Medical imaging and diagnostic equipment original equipment manufacturers (Siemens Healthineers, GE Healthcare, Philips, Canon Medical)
- Rehabilitation, assistive technology, and bionics providers (orthotics, custom prosthetic design, neural interfaces, mobility robotics)
- Biotechnology instrumentation and life sciences testing facilities (automated blood analysers, PCR instrumentation, microfluidics)
- Contract medical engineering design consultancies and regulatory advisory firms (Planet Innovation, hydrix, Invetech, Genesis Capital)
Biomedical Engineer vs Biomedical Engineering: Clarifying Terminology & Roles
When researching careers and salaries in this field, search queries frequently toggle between "biomedical engineering salary" and "biomedical engineer salary". Understanding the distinction between the academic discipline and the working practitioner helps clarify salary expectations and role requirements.
Biomedical Engineering represents the overarching multidisciplinary branch of engineering that applies engineering principles and design concepts to medicine and biology for healthcare purposes. It encompasses diverse sub-disciplines including bio-instrumentation, biomechanics, biomaterials, clinical engineering, medical imaging, cellular engineering, and health informatics.
A Biomedical Engineer is the qualified professional practitioner who holds an accredited degree in the discipline and executes engineering design, equipment management, risk analysis, or regulatory assessment in commercial companies, hospitals, research institutions, or government authorities.
In Australia, professionals with a biomedical engineering background can be employed under various job titles—such as Medical Device Engineer, Systems Engineer, Clinical Engineer, Biomechanics Specialist, Product Development Engineer, or Regulatory Affairs Manager. Regardless of the title, core engineering competencies in electrical safety, mechanical endurance, biocompatibility, and regulatory compliance determine salary progression and professional standing.
Medical Devices & Commercial Technology: Remuneration, Start-ups & Global Exporters
Australia boasts a globally recognized, high-value medical device export sector, anchored by home-grown multinational success stories such as Cochlear (implantable bionic ears), ResMed (sleep apnea and respiratory care technology), Nanosonics (ultrasonic infection prevention), Cook Medical (vascular and surgical devices), and ImpediMed (bioimpedance spectroscopy).
In addition to these established market leaders, dynamic innovation precincts in Sydney (Macquarie Park, Tech Central), Melbourne (Parkville, Cremorne), Brisbane (Herston), and Adelaide (Tonsley) support a thriving ecosystem of medical technology start-ups developing surgical robotics, wearable sensors, point-of-care diagnostics, and artificial intelligence diagnostic software.
Salaries in commercial medical device manufacturing typically exceed public hospital benchmarks by 15% to 30%, reflecting the commercial pressure of international product delivery, stringent FDA/MDR regulatory deadlines, and intellectual property creation. Mid-career development engineers in medical device firms earn $105,000 to $140,000 base salary, while Senior Systems Engineers and R&D Managers command $150,000 to $210,000+ base.
Total remuneration in commercial medical technology often includes annual short-term incentive (STI) cash bonuses (10% to 25%), employee share purchase plans, and equity stock options in venture-backed start-ups, offering substantial upside for engineers who contribute to successful commercial launches.
Clinical Engineering in Public & Private Hospitals: Pay, Awards & Patient Safety
Clinical engineers are biomedical engineers who practice directly within hospital environments and acute healthcare delivery networks. They are responsible for the safe and effective application of medical technology to patient care, overseeing the selection, procurement, acceptance testing, integration, scheduled maintenance, and retirement of hospital medical equipment fleets.
In major metropolitan tertiary hospitals—such as Westmead Hospital in Sydney, The Alfred in Melbourne, or Princess Alexandra Hospital in Brisbane—a clinical engineering department manages tens of thousands of medical assets valued at hundreds of millions of dollars, including life-supporting ventilators, heart-lung bypass machines, physiological monitors, infant incubators, surgical lasers, and renal dialysis units.
Clinical engineers play a vital role in patient electrical safety: enforcing Australian Standard AS/NZS 3551 across all medical devices, investigating adverse clinical incidents involving suspected equipment malfunction, collaborating with hospital biomedical technicians, and advising medical executives on capital equipment replacement cycles.
Remuneration in public hospital clinical engineering is governed by state public health awards (such as the NSW Health Service Health Professionals Award or the Victorian Public Health Sector Enterprise Agreement). Base salaries range from $72,000 to $86,000 for junior clinical engineers, progressing to $105,000 to $135,000 for senior clinical engineers. Department directors and Chief Biomedical Engineers in major hospital networks earn between $145,000 and $185,000 base, with additional salary packaging tax exemptions (fringe benefits tax FBT concessions up to $9,010 per annum) providing a significant boost to net take-home pay.
Biomedical Engineering vs Biomedical Science: Distinct Qualifications & Careers
A frequent point of confusion for students and job seekers is the distinction between Biomedical Engineering and Biomedical Science. While both fields contribute to healthcare advances, they represent fundamentally different academic pathways, occupational codes, and earning potentials.
Biomedical Science (ANZSCO 234599) is a laboratory-based scientific discipline focused on cellular biology, genetics, immunology, pharmacology, and disease mechanisms. Biomedical scientists work predominantly in diagnostic pathology laboratories (analyzing blood and tissue samples) or medical research institutes, conducting wet-lab experiments. Most biomedical scientists complete a 3-year Bachelor of Science and are not qualified to design physical machinery or write clinical software.
Biomedical Engineering (ANZSCO 233913) is a four-year accredited professional engineering qualification. Biomedical engineers design and manufacture physical machines, sensors, electronic circuits, software algorithms, and load-bearing implants. They study calculus, thermodynamics, circuit design, biomechanics, and systems engineering in addition to physiology.
From a compensation perspective, biomedical engineers enjoy significantly higher career earnings ceilings and broader private-sector opportunities than biomedical scientists. While medical laboratory scientists in routine pathology typically earn between $70,000 and $105,000 base across their careers, experienced biomedical engineers regularly earn $120,000 to $180,000+ in medical device engineering, consulting, or health regulatory leadership.
Biomedical Engineer salary in major Australian cities
City names in search (for example Sydney or Melbourne) reflect where jobs cluster — not a separate official pay scale. Use the APS classification on your offer plus employer and locality data when comparing cities.
Sydney
Sydney is the undisputed commercial capital of the Australian medical device industry. Major corporate and R&D headquarters—including Cochlear at Macquarie University, ResMed at Bella Vista, and Nanosonics in Lane Cove—create the highest concentration of private-sector biomedical engineering jobs in the country.
Sydney also hosts colossal hospital clinical engineering networks across the Westmead Health Precinct, Sydney Children’s Hospitals Network, and St Vincent’s Health. Base salaries in Sydney range from $76,000 for manufacturing graduates to $165,000–$240,000+ for principal systems engineers and R&D directors.
Melbourne
Melbourne features Australia’s premier biomedical research and commercial design cluster, anchored by the world-renowned Parkville Biomedical Precinct, the Bionics Institute, and St Vincent’s Institute. Melbourne is also a national center for specialized medical design consultancies (such as Planet Innovation, Invetech, and Hydrix).
Base salaries in Melbourne span from $74,000 for entry-level device engineers to $155,000–$225,000 for senior engineering managers and regulatory affairs directors, supported by strong state government backing for medical technology and biotechnology.
Brisbane
Brisbane’s biomedical engineering sector is propelled by cutting-edge translational research hubs—such as the Herston Biofabrication Institute (pioneering 3D bio-printed patient-specific implants) and the Translational Research Institute (TRI) at Princess Alexandra Hospital.
Queensland requires mandatory state engineering registration (RPEQ) for engineers providing unsupervised professional engineering services. Experienced biomedical engineers earn $115,000 to $165,000 base across medical manufacturing (Cook Medical), hospital healthcare districts, and university research facilities.
Adelaide
Adelaide has developed an innovative medical technology hub centered at the Tonsley Innovation District (former Mitsubishi automotive plant redeveloped into high-tech manufacturing) and the Adelaide BioMed City precinct adjacent to the Royal Adelaide Hospital.
Local manufacturers—such as Micro-X (producing lightweight, carbon nanotube mobile X-ray devices)—provide high-tech R&D careers, with salaries ranging from $72,000 for graduates to $145,000–$195,000 for principal design leads.
Perth
Perth’s biomedical engineering market is centered on acute hospital clinical engineering within major tertiary health campuses (Fiona Stanley Hospital, Sir Charles Gairdner Hospital, Perth Children’s Hospital) and specialised remote medical monitoring technologies for the offshore energy and resources industries.
Salaries range from $74,000 for junior clinical engineers to $130,000–$175,000 for senior hospital clinical engineering managers.
Canberra
Canberra is the center for federal medical technology regulation, policy, and health economics. The Therapeutic Goods Administration (TGA) headquarters in Symonston employs the nation’s largest group of public-sector medical device evaluation engineers.
Salaries in Canberra align with standard APS enterprise agreement schedules ($88,140 to $182,500 base plus 15.4% superannuation across APS 5 to EL 2 levels), offering exceptional job security and national policy influence.
Biomedical Engineer vs Electrical Engineer vs Mechanical Engineer vs Biomedical Scientist
| Attribute | Biomedical Engineer | Electrical Engineer | Mechanical Engineer | Biomedical Scientist |
|---|---|---|---|---|
| Primary Focus | Medical devices, clinical systems, physiological monitoring, biocompatible implants | Power systems, electrical circuits, control systems, industrial electronics | Machinery, thermal dynamics, structural mechanics, physical mechanisms | Laboratory disease mechanisms, pathology assays, cellular genetics, biochemistry |
| Core Disciplines | Electrical + mechanical engineering integrated with anatomy, physiology, biomaterials | Electromagnetism, circuit theory, power distribution, signal processing | Thermodynamics, fluid mechanics, stress analysis, CAD machine design | Microbiology, molecular biology, hematology, immunology, histopathology |
| Primary Regulatory Standards | ISO 13485, ISO 14971, IEC 60601-1, AS/NZS 3551, TGA / FDA regulations | AS/NZS 3000 (Wiring Rules), IEC 61508, national grid codes | AS 1210 (Pressure Vessels), AS 4100 (Steel Structures), Machinery Directive | NATA / RCPA accreditation, ISO 15189 (Medical Laboratories) |
| Typical Employers | Medical device makers (Cochlear, ResMed), hospitals, TGA, design consultancies | Power utilities, building consultancies, mining, transport authorities, defence | Manufacturing, mining, HVAC consultancies, heavy transport, aerospace | Pathology laboratories (Healius, Sonic), medical research institutes, blood banks |
| ANZSCO Code | 233913 (Biomedical Engineer) | 233311 (Electrical Engineer) | 233512 (Mechanical Engineer) | 234599 (Life Scientists nec) |
| Average Mid-Career Pay | $105,000 – $145,000 base | $110,000 – $150,000 base | $105,000 – $145,000 base | $78,000 – $105,000 base |
Private Medical Device Industry vs Public Hospital Clinical Engineering vs Australian Public Service (APS)
| Remuneration Factor | Private Medical Devices (Cochlear, ResMed, OEMs) | Public Hospitals / Health Services | Australian Public Service (TGA, ARPANSA, DSTG) |
|---|---|---|---|
| Base Salary Span | $75,000–$245,000+ depending on device tier, patents, and commercial seniority | $72,000–$185,000 (governed by state public health award classification scales) | $77,865–$182,500 (APS 4 to EL 2 enterprise agreement classification bands) |
| Employer Superannuation | 12.0% statutory Super Guarantee (some technology leaders offer 12.5%–14%) | 12.0% statutory Super Guarantee (some state health awards offer up to 12.75%) | 15.4% standard employer superannuation contribution across all federal agencies |
| Tax Concessions & Packaging | Standard salary sacrifice options (novated vehicle leases, superannuation) | Substantial PBI/Hospital salary packaging (up to $9,010 FBT-exempt threshold) | Standard public service salary sacrifice options; no hospital FBT exemption |
| Performance Bonuses | Common (10%–25% STI cash bonuses; equity shares / stock options in start-ups) | Generally absent; salary advancement occurs via annual award incremental steps | Generally absent; salary progression occurs via annual performance appraisals |
| Working Hours & Flexibility | Commercial project-driven; sprint deadlines; travel for international audits | Standard 38-hour week; on-call theatre support roster; clinical shift handovers | Standard 37.5-hour week; structured flex-time schemes; hybrid telework |
| Core Mandate | Global medical device commercialisation, regulatory clearance, market share | Direct patient equipment safety, hospital asset uptime, clinical support | National therapeutic safety regulation, radiation protection, defence research |
What does a Biomedical Engineer do?
Biomedical engineers design, develop, test, evaluate, and maintain medical devices, diagnostic instrumentation, physiological monitoring systems, biocompatible implants, and healthcare software to advance clinical patient outcomes and diagnostic precision.
They integrate mechanical, electrical, electronic, chemical, and computational engineering principles with biological sciences to engineer artificial organs, pacemakers, surgical robotics, bionic implants (such as cochlear hearing implants), medical imaging equipment, and assistive prosthetics.
In federal and state government contexts, biomedical engineers conduct scientific evaluations of medical technology applications for the Therapeutic Goods Administration (TGA), manage hospital-wide clinical engineering asset fleets across state health departments, direct radiation equipment compliance at ARPANSA, and pioneer military casualty care and aeromedical technologies within the Defence Science and Technology Group (DSTG).
Their technical governance ensures that all medical devices meet rigorous safety standards (including electrical safety standard AS/NZS 3551 and ISO 13485 quality systems) to guarantee biocompatibility, electrical isolation, algorithmic reliability, and clinical efficacy throughout the device lifecycle.
Biomedical Engineering specialisations
Medical Device R&D & Product Engineering
Active implantable devices, respiratory care technology, micro-electromechanical systems (MEMS), and mechanical enclosure engineering.
Salary guide →Clinical Engineering & Hospital Systems
Management, calibration, electrical safety verification (AS/NZS 3551), and clinical incident investigation across acute healthcare facilities.
Salary guide →Biomedical Instrumentation & Biosensors
Physiological signal acquisition (ECG, EEG, EMG), analogue front-end circuit design, optical pulse oximetry, and wearable telemetry.
Salary guide →Biomechanics & Orthopaedic Engineering
Finite element analysis (FEA) of bone-implant interfaces, joint kinematics, orthopaedic joint replacement wear simulation, and gait analysis.
Salary guide →Biomaterials & Tissue Scaffolding
Biocompatibility testing (ISO 10993), titanium surface functionalisation, bioresorbable polymers, hydrogels, and 3D biofabrication.
Salary guide →Medical Imaging Technology
Magnetic resonance imaging (MRI) RF coil design, computed tomography (CT) reconstruction, diagnostic ultrasound transducers, and PET systems.
Salary guide →Rehabilitation & Assistive Technology
Myoelectric prosthetics, exoskeletons, brain-computer interfaces (BCI), functional electrical stimulation (FES), and adaptive mobility.
Salary guide →Regulatory Affairs & Quality Assurance (RA/QA)
TGA conformity assessments, ISO 13485 medical device quality systems, ISO 14971 risk management, and EU MDR/FDA submissions.
Salary guide →Qualifications
- Four-year accredited Bachelor of Engineering (Honours) in Biomedical Engineering, Medical Engineering, or a core engineering degree (Electrical, Mechanical, Mechatronics) with an approved biomedical engineering specialisation from an Australian university accredited by Engineers Australia under the Washington Accord.
- Accredited Master of Professional Engineering (Biomedical) for graduates holding a prior undergraduate degree in science, physics, mathematics, or related physical disciplines.
- Professional membership and accreditation with Engineers Australia, progressing toward Chartered Professional Engineer (CPEng) status and registration on the National Engineering Register (NER) in the Biomedical Engineering College.
- Statutory state professional engineer registration where legally mandated: Registered Professional Engineer of Queensland (RPEQ) under the Professional Engineers Act 2002; mandatory registration in Victoria (Professional Engineers Registration Act 2019), New South Wales, and Western Australia.
- Clinical Engineering certification through the Australasian College of Physical Scientists and Engineers in Medicine (ACPSEM) or the National Engineering Register (NER) for hospital-based clinical engineering directors and lead practitioners.
- Specialist regulatory and quality certifications: Regulatory Affairs Certification (RAC) through the Regulatory Affairs Professionals Society (RAPS), Certified Medical Device Quality Auditor (ASQ), and Lead Auditor training in ISO 13485 / ISO 14971.
Skills
Technical
- Medical electronics and biosignal processing: Analogue front-end design, microcontrollers, digital signal processing (DSP), filter design for ECG/EEG/EMG, LabVIEW, MATLAB, Simulink
- Computer-aided design and physiological modelling: SolidWorks, Autodesk Inventor, finite element analysis (FEA) in ANSYS / COMSOL Multiphysics, computational fluid dynamics (CFD) of blood flow
- Regulatory standards and medical quality systems: ISO 13485 (Quality Management), ISO 14971 (Risk Management), IEC 60601-1 (Medical Electrical Equipment Safety), IEC 62304 (Medical Device Software)
- Hospital clinical standards: AS/NZS 3551 (Technical management programs for medical devices), AS/NZS 2500 (Safe use of electricity in patient care areas), clinical asset management software (AIMS, BEIMS)
- Biomaterials and biocompatibility testing: ISO 10993 cytotoxicity, hemocompatibility, degradation kinetics, surface characterisation (SEM, AFM)
- Embedded medical software and firmware: C, C++, Python, embedded Linux, FreeRTOS, Software as a Medical Device (SaMD) validation
- Rapid prototyping and cleanroom fabrication: 3D printing (SLA, SLS), CNC micro-machining, medical silicone moulding, sterile packaging design (ISO 11607)
Professional
- Medical device regulatory strategy: TGA conformity assessments, CE marking under EU MDR/IVDR, US FDA 510(k), De Novo, and PMA submission pathways
- Clinical investigation and human research ethics: Good Clinical Practice (GCP), clinical trial protocol review, Human Research Ethics Committee (HREC) liaison
- Clinical communication and clinician liaison: Collaborating with surgeons, intensivists, anaesthetists, nursing staff, and hospital procurement committees
- Medical device risk management and post-market surveillance: Hazard identification, fault tree analysis (FTA), design FMEA, post-market vigilance and adverse incident investigation
- Multi-disciplinary coordination across mechanical, electrical, firmware, industrial design, and medical science teams
- Intellectual property (IP) documentation: Patent drafting, prior art search, and technology commercialisation milestone management
Career progression
Private sector (illustrative)
- Graduate Biomedical Engineer (0–2 years: design verification, hardware testing fixtures, lab protocols, AS/NZS 3551 safety checks)
- Biomedical Engineer / Systems Engineer (2–5 years: subsystem design, CAD modelling, sensor integration, ISO 13485 documentation)
- Senior Biomedical Engineer / Project Lead (5–9 years: CPEng / RPEQ, full-device architecture, design verification lead, clinical trial support)
- Principal Biomedical Engineer / Technical Director (9–14 years: enterprise system architecture, TGA/FDA audit defence, patent portfolio strategy)
- Clinical Engineering Director / Head of R&D (12–18 years: hospital health service executive or multinational corporate engineering leadership)
- Vice President of Engineering / Chief Technology Officer (CTO) (15+ years: corporate P&L, global product portfolio, executive board governance)
Australian Government (illustrative)
- Graduate Biomedical Officer / Regulatory Cadet (APS 3–5, TGA, ARPANSA, DSTG, Department of Health)
- APS 5–6 Medical Device Evaluator / Clinical Software Assessor / Radiation Engineer
- Executive Level 1 (EL 1) Senior Medical Technology Evaluator / Post-Market Vigilance Lead / Project Director
- Executive Level 2 (EL 2) Director of Medical Device Surveillance / Health Technology Assessment Director / DSTG Group Lead
- Senior Executive Service (SES Band 1–2) Branch Head / Therapeutic Goods Regulator Head / First Assistant Secretary
Defence engineering
Biomedical engineering contributes indispensable technical capabilities to the Australian Defence Force (ADF) and the Defence Science and Technology Group (DSTG). Civilian biomedical engineers working within Defence research facilities develop and evaluate advanced life support systems, combat casualty care devices, physiological stress monitoring wearables, and aeromedical evacuation platforms capable of sustaining critically wounded personnel during long-range air transport.
Engineers in Defence human performance laboratories design and evaluate cooling and warming microclimate suits, oxygen delivery systems for high-altitude aircrew, blast injury mitigation technology for armored vehicles, and prosthetic and robotic assistive technologies for wounded veterans at the Department of Veterans’ Affairs (DVA) and rehabilitation facilities.
Defence biomedical engineers also evaluate the shock, vibration, and electromagnetic compatibility (EMC) of commercial medical equipment installed in military helicopters, naval surface ships, and field surgical facilities, ensuring that delicate patient monitoring gear functions reliably in hostile operational environments.
Civilian Defence biomedical engineers are employed under APS enterprise agreements with 15.4% employer superannuation, distinct from military medical officers and ADF nursing personnel who operate under military service awards.
Engineer vs technician
Biomedical Engineers (ANZSCO 233913) are degree-qualified engineering professionals responsible for the fundamental research, physical design, algorithmic modeling, regulatory validation, and clinical risk architecture of medical technology. They are distinguished from Biomedical Technicians / Clinical Engineering Technicians (ANZSCO 312312), who specialize in routine scheduled preventive maintenance, calibration, physical repair, and standard electrical testing (AS/NZS 3551) of hospital medical equipment under established engineering procedures. They are also distinct from Biomedical Scientists (ANZSCO 234599), who focus on molecular biology, histopathology, genetics, and laboratory biochemical assays rather than physical device engineering and electronics. Educational qualifications, professional accreditation (Engineers Australia vs. science/technician awards), statutory legal liability, and career trajectories differ substantially.
Federal agency pay bands (illustrative)
Recheck current vacancies before applying — classifications change per ad.
| Agency | Indicative range | Roles | Note |
|---|---|---|---|
| Therapeutic Goods Administration (TGA) / Department of Health | $88,085 – $182,500 | Medical device evaluation engineer, clinical software assessor, post-market vigilance engineer, biomaterials safety specialist | Primary Commonwealth medical regulator; evaluates device conformity (Class I to Class III/AIMD) and clinical software under the Therapeutic Goods Act 1989 with 15.4% superannuation. |
| Australian Radiation Protection and Nuclear Safety Agency (ARPANSA) | $88,085 – $182,500 | Medical radiation equipment assessor, non-ionising radiation engineer, electromagnetic compatibility (EMC) specialist, primary standards dosimetrist | Federal authority monitoring medical radiological equipment, electromagnetic exposure thresholds, and clinical linear accelerator compliance. |
| Department of Defence / DSTG (Human Performance & Life Support) | $88,085 – $182,500 | Biomedical life support engineer, physiological monitoring specialist, aeromedical evacuation equipment lead, human-machine interface engineer | Develops advanced soldier protection, cockpit life support systems, and battlefield trauma care instrumentation under APS Defence enterprise agreements. |
| CSIRO (Health and Biosecurity / Biomedical Manufacturing) | $88,085 – $182,500 | Biofabrication research engineer, diagnostic sensor scientist, digital health algorithms engineer, biomaterials synthesis specialist | CSIRO Staff Enterprise Agreement scales offering dedicated research merit advancement and university partnership rotations. |
| National Critical Care and Trauma Response Centre (NCCTRC) | $100,190 – $182,500 | Disaster response biomedical engineer, deployable field hospital technology specialist, transportable ventilator and monitoring systems lead | Operates Commonwealth deployable trauma hospitals for domestic emergencies and regional disaster response missions across the Indo-Pacific. |
Sources
- Jobs and Skills Australia — Biomedical Engineer (ANZSCO 233913)
- Australian Bureau of Statistics (via JSA broader-group earnings)
- APSC Remuneration Report 2025 — APS classifications
- ATO Super Guarantee rates
- Agency careers pages linked in the agency table
Data checked: 28 September 2026
FAQs
How much does a Biomedical Engineer earn in Australia?
Biomedical engineers in Australia earn competitive professional compensation that varies according to industry sector, qualifications, and experience. Graduate biomedical engineers typically start at $68,000 to $85,000 in hospitals and private medical device companies. Mid-career biomedical engineers with 3 to 6 years experience earn between $90,000 and $125,000 base salary. Senior Biomedical Engineers (7 to 10+ years) earn $135,000 to $175,000 base, while Principal Engineers, R&D Directors, and Clinical Engineering Heads command total remuneration packages ranging from $180,000 to $260,000+ per year in commercial medical technology corporations.
What is the average Biomedical Engineer salary in Australia?
According to Jobs and Skills Australia (JSA) and ABS labour statistics, median full-time weekly earnings for the broader Other Engineering Professionals unit group (ANZSCO 2339) is approximately $2,308 per week, equating to an annualized base salary of approximately $120,016. In the private sector, average base salaries across medical device development, clinical engineering, and health technology sit between $110,000 and $135,000, with senior commercial R&D and regulatory affairs specialists pulling the upper end higher.
What is the average Biomedical Engineering salary in Australia?
Biomedical engineering salaries average between $105,000 and $130,000 base salary across all career levels in Australia. Early-career roles in hospital maintenance and quality assurance sit near $80,000 to $95,000, while experienced engineers in active medical device development (such as implantable bionics, respiratory care, or surgical robotics) average $120,000 to $155,000 base.
How much does a graduate Biomedical Engineer earn in Australia?
A graduate biomedical engineer in Australia earns an average starting base salary of $68,000 to $82,000 plus 12% superannuation in hospital clinical engineering departments and diagnostic equipment service providers. In commercial medical device design firms (such as Cochlear, ResMed, or Planet Innovation), graduate starting salaries range from $76,000 to $90,000 base. In the Australian Public Service (APS) at agencies like the Therapeutic Goods Administration (TGA), graduate salaries range from $75,000 to $88,140 base plus 15.4% superannuation.
What is the entry-level Biomedical Engineer salary?
Entry-level biomedical engineers with 0 to 2 years of experience generally earn between $70,000 and $88,000 base salary in private device manufacturing, medical electronics testing, and hospital health services. In the federal public service, entry-level engineers are classified at APS 4 ($77,865–$84,545) or APS 5 ($88,140–$97,400) depending on university honours and prior internship experience, backed by 15.4% employer superannuation.
How much does a Senior Biomedical Engineer earn in Australia?
A Senior Biomedical Engineer with 8 or more years of experience, Chartered status (CPEng), and state professional engineer registration (such as RPEQ) typically earns between $135,000 and $175,000 base salary. In leading multinational medical device exporters (such as Cochlear or ResMed), total packages reach $160,000 to $225,000+ when factoring in annual performance bonuses (10% to 25%), employee share schemes, and superannuation.
How much does a Biomedical Engineer earn in the Australian Government?
Biomedical engineers in the Australian Government (APS) work primarily for the Therapeutic Goods Administration (TGA) within the Department of Health, the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA), and the Defence Science and Technology Group (DSTG). Salaries follow standard APS enterprise agreement scales: APS 5 ($88,140–$97,400), APS 6 ($98,500–$113,859), Executive Level 1 ($121,500–$144,300), and Executive Level 2 ($152,000–$182,500). All APS roles include 15.4% employer superannuation.
What APS level are Biomedical Engineers in the public service?
Experienced professional biomedical engineers in the APS typically operate at the APS 6 or Executive Level 1 (EL 1) classification level. Entry-level graduates begin at APS 4 or APS 5, while team leaders, senior regulatory evaluators, and device recall directors sit at Executive Level 2 (EL 2). Senior executives directing therapeutic goods branches or national health technology policy operate under the Senior Executive Service (SES Band 1–2).
What does a Biomedical Engineer do on a day-to-day basis?
On a daily basis, a biomedical engineer designs electronic circuits and firmware for medical devices, models physiological mechanics in CAD and finite element software, tests prototypes in cleanroom environments, executes verification protocols to ISO 13485 standards, investigates medical equipment failures in hospital operating suites, calibrates clinical diagnostic sensors, and authors technical dossiers for TGA and US FDA regulatory clearance.
What degree do I need to become a Biomedical Engineer in Australia?
To practice as a professional biomedical engineer in Australia, you need a four-year accredited Bachelor of Engineering (Honours) in Biomedical Engineering, Medical Engineering, or a core engineering degree (Electrical, Mechanical, Mechatronics) with an approved biomedical engineering specialisation accredited by Engineers Australia under the Washington Accord. Alternatively, graduates with an approved Bachelor of Science in physics, mathematics, or related physical disciplines can complete an accredited two-year Master of Professional Engineering (Biomedical).
Do Biomedical Engineers need CPEng or state registration?
In Queensland, state registration as a Registered Professional Engineer of Queensland (RPEQ) under the Professional Engineers Act 2002 is legally mandatory for any engineer carrying out independent professional engineering services. Similar statutory schemes are in force or expanding in Victoria, New South Wales, and Western Australia. Chartered Professional Engineer (CPEng) status through Engineers Australia is highly regarded for senior sign-off roles and clinical engineering directorships.
What industries employ the most Biomedical Engineers in Australia?
The largest employers of biomedical engineers in Australia are commercial medical device manufacturers (Cochlear, ResMed, Stryker, Medtronic, Cook Medical), public and private hospital clinical engineering departments, medical technology design consultancies (Planet Innovation, Invetech), federal regulatory bodies (TGA, ARPANSA), and university medical research institutes.
What is the difference between Biomedical Engineering and Biomedical Science?
Biomedical Engineering is an accredited engineering discipline that applies physics, mathematics, mechanics, electronics, and software to design physical medical machines, biosensors, and implantable devices. Biomedical Science is a laboratory science discipline focused on cellular pathology, biochemistry, genetics, and infectious disease mechanisms, typically leading to diagnostic pathology laboratory testing or academic biological research.
How does Biomedical Engineer salary change with experience?
Biomedical engineering salaries exhibit strong growth over career milestones. Graduates start at $68,000–$85,000 base, advancing to $90,000–$120,000 within 3 to 5 years as systems engineers or clinical engineers. Between 6 and 10 years, senior engineers earn $122,000–$160,000 base. With 10 to 15 years experience, Principal Engineers and Clinical Directors command $160,000–$225,000+, while Chief Technology Officers (CTO) and Vice Presidents of R&D earn $220,000 to over $350,000 in total remuneration.
Where do Biomedical Engineers work in Australia?
Biomedical engineers work predominantly in capital cities with major healthcare and medical technology infrastructure. Sydney is the largest private-sector market (accounting for approximately 36.8% of employment), followed by Melbourne (29.4%) with its major biomedical research precincts. Brisbane (16.5%), Adelaide (5.2%), and Perth (8.7%) host expanding clinical engineering and biofabrication clusters, while Canberra (1.2%) houses federal regulatory agencies including the TGA.