Biomedical Engineer

   Manufacturing & Production

Menu

Medical Equipment Technician

Related Jobs or Working with these Jobs

 

Clerical or OrganisingPractical or MechanicalAnalytic or ScientificSkill Level 5

 

A biomedical engineer is someone who uses the latest medical research to make devices and software that improve human health. Such technology can be used in hospitals, labs, rehabilitation centers, and in clinical trials, and can include a broad range of technologies, such as wearable devices, gene-editing, and microscopic “nanobots” that can find and kill cancer cells in the body. Future Growth Strong

Biomedical engineers apply engineering and scientific methods to find solutions to problems in medicine and the life sciences. Biomedical engineers work in health care and must have a good theoretical and practical knowledge of engineering, a sound understanding of medical sciences and the ability to combine the two. Biomedical engineers usually work in multidisciplinary teams with other professionals, including anaesthetists, surgeons, physiotherapists, occupational and speech therapists and other medical specialists.

Biomedical engineers work with medical professionals to investigate, research and design ways to improve health care and medical services. They apply scientific and engineering knowledge and methods to find solutions to problems in the treatment and prevention of human disease.

Biomedical engineers work with doctors and medical scientists to research new medical technology; develop and improve medical equipment, such as dialysis machines, or robotic surgical equipment; or design or modify rehabilitation equipment that may improve the quality of life for people living with a disability.

Biomedical Engineers apply knowledge and methodology of physics, engineering, mathematics, computing, physical chemistry and materials science to problems in biology and the treatment and prevention of human disease. Biomedical engineers analyse and design solutions to problems in biology and medicine, with the goal of improving the quality and effectiveness of patient care.

in Laboratory
(Source: Try Engineering)

 

ANZSCO ID: 233913

Specialisations:

  • Bio-engineer - applies engineering principles to the study of biological systems and processes.

  • Clinical Engineer - works within a hospital or healthcare facility researching, developing and building instruments or specifying, tendering, commissioning and maintaining instruments and equipment to aid clinical staff.

  • Rehabilitation Engineer - deals with systems and devices that improve the quality of life of people with disability. Rehabilitation engineers complement the work of other healthcare professionals such as physiotherapists, occupational therapists and speech pathologists.

  • Medical Engineer

Alternative names: Medical Device Engineer

Knowledge, skills and attributes  

  • good communication skills
  • an interest in the application of scientific rules and methods
  • able to observe and take accurate measurements
  • patient and imaginative
  • aptitude for design
  • analytical and problem-solving skills

 

At work
(Source: Your Career)

Duties and Tasks

Biomedical engineers may perform the following tasks:

  • conduct research, along with biologists, chemists, and medical scientists, on the engineering aspects of the biological systems of humans and animals
  • design and develop medical diagnostic and clinical instrumentation, equipment, and procedures, using the principles of engineering and bio-behavioural sciences
  • design new medical monitoring, diagnostic and therapeutic equipment
  • makes surgical equipment and tools for medical practitioners
  • installs, sets up, tests, maintains and repairs medical equipment
  • specify equipment for particular purposes
  • test the safety, efficiency and effectiveness of equipment
  • carries out quality assurance checks on equipment
  • conducts electrical safety checks on equipment
  • plan data processing services and the development of associated computing programmes
  • analyse new medical procedures to forecast likely outcomes
  • participate in medical or scientific procedures where biomedical skills are needed
  • design and deliver technology to assist people with disability
  • analyse and design prosthetic and orthotic devices - research new materials to be used for products, such as implanted artificial organs
  • measure and monitor physiological systems
  • diagnose and interpret bioelectric data using signal processing techniques
  • provide computer analysis of patient-related data
  • trains other staff in the use of equipment and gives technical advice and assistance
  • may give lectures on electrical safety and the application of clinical equipment
  • teach biomedical engineering or disseminate knowledge through writing or consulting
  • develop models or computer simulations of human bio-behavioural systems to obtain data for measuring or controlling life processes
  • adapt or design computer hardware or software for medical science uses.
  • may work with other staff to design and develop implants for use during operations such as artificial joints or titanium plates to replace sections of bone in head injuries.

Fixing
(Source: Seek)

Working conditions

Biomedical engineers usually work for hospitals, and may be required to travel between hospitals to manage and maintain medical equipment. They usually work full time. They may be required to work shiftwork, including weekends and public holidays. They may be required to be on-call in case of an emergency.

Biomedical engineers may also work
in manufacturing, universities, research facilities of companies and educational and medical institutions, and government regulatory agencies.

Tools and technologies

Biomedical engineers may use computer-aided design (CAD) software, microcomputers and lasers to design and improve medical research equipment. They may also work with materials such as electronic components and biocompatible plastics and metals to build prosthetics and implantable mechanical medical aides such as pacemakers, insulin pumps, and artificial joints and limbs.

Education and training/entrance requirements

To become a biomedical engineer you usually have to complete an engineering degree at university with a major in biomedical engineering. Students complete a bachelor’s degree with a major in engineering science followed by a Master of Professional Engineering, with a biomedical specialisation.
   
To get into these courses you usually need to gain your HSC/ACT Year 12. Prerequisite subjects, or assumed knowledge, in one or more of English, mathematics, chemistry and physics are normally required. A number of universities in Australia offer degrees in engineering with a major in biomedical engineering.

Additional Information

Graduates may be eligible for membership of Engineers Australia.

Employment Opportunities

Most biomedical engineers are employed in public hospital-based engineering departments, by medical equipment vendors or by third-party service organisations. Some may be employed by firms involved in the development of medical devices and instruments and in the development or transfer of medical services technology. Biomedical engineers may also be employed in state and federal government departments and universities, and some are self-employed as consultants. Rehabilitation engineers are usually employed in rehabilitation centres.

Did You Know?

Cochlear implants, heart pacemakers, MRI scanners, hip and knee replacement, laser surgery and bionic organs – these almost-everyday innovations, once thought of as impossible, were made a reality by biomedical engineering.

Biomedical engineers design and manufacture implantable medical devices, including orthopaedic, cardiovascular and drug delivery systems. Bionic organs, robotic limbs, heart assist pumps and heart valves delivered in non-invasive day-surgery procedures are just some of the latest innovations they have brought to the world in recent years.

Some biomedical engineers work on future technologies such as tissue-engineered tissues and organs, or improve the designs of therapeutic devices such as bionic limbs for the injured and people with disabilities. External medical devices such as medical imaging equipment and augmented reality technology, as well as data-oriented solutions such as e-medicine, help doctors diagnose and treat patients.

Medical Equipment Technician
  Manufacturing & Production

Practical or MechanicalClerical or OrganisingAnalytic or ScientificSkill Level 3Skill Level 4

Medical equipment technicians install, test, adjust, or repair biomedical, electromedical and patient care equipment. Future Growth Strong

ANZSCO ID:  3112
   

Alternative names: Medical Technician, Biomedical Clinical Equipment Technician, Biomedical Equipment Technician, Medical Equipment Repairer,
 

Knowledge, skills and attributes

To become a medical equipment technician, you would need:

  • an interest in technology, science and medicine

  • the ability to work accurately and precisely

  • good problem solving and troubleshooting skills

  • the ability to read and follow technical manuals and specifications

  • familiarity with a wide range of medical equipment and means of repair

  • good communication skills

  • the ability to work in a team

Medical Equipment Technician
(Source: Chron)


Duties and Tasks

As a medical equipment technician, you would:

  • install and calibrate medical equipment

  • inspect and test malfunctioning equipment, following manufacturers' specifications

  • keep records of maintenance, repair, and required updates of equipment

  • perform preventive maintenance or servicing, such as cleaning, lubricating, or adjusting equipment

  • test and evaluate excess or in-use medical equipment to determine serviceability, condition, and possible replacement or disposal

  • explain and demonstrate the proper use of medical equipment

  • ensure compliance with safety regulations

  • keep up-to-date with new equipment and technologies.


Working conditions

As a medical equipment technician you would typically work a standard number of hours per week. In a full-time job in a hospital you would usually work on a shiftwork basis, including nights, weekends and public holidays.

You would usually work in a hospital, day surgery, or other medical practice. You might work for an equipment manufacturer or specialised repair company, and service machines at a number of sites. You could work in settings where you might have contact with very sick patients and distressed relatives, so the work could be emotionally challenging at times.

Medical Technicial
(Source: Your Career)


Tools and technologies

In any hospital, doctor’s office, and other medical facility, chances are that there are a number of computerized, electronic equipment needed to monitor an array of things from a patient’s blood pressure to their vitals during an emergency medical procedure. Like any technology-dependent field, the machines that coincide with procedures need to be maintained and repaired. Biomedical clinical equipment technicians are essential to the medical field. Technicians must have the skills necessary to repair and replace, test and calibrate, perform preventative maintenance, and facilitate training sessions on medical equipment such as patient monitors, defibrillators, medical imaging equipment, and more.


Education and training/entrance requirements

To become a medical equipment technician, you would usually have to complete a VET qualification in medical equipment servicing, biomedical equipment technology or engineering, or a similar course at Diploma level.

Technicians who repair less-complicated equipment, such as hospital beds and electric wheelchairs, may learn entirely through on-the-job training, sometimes lasting up to 1 year. Depending on the area of specialisation, such as working on CAT scanners and defibrillators, you may even need a bachelor's degree in biomedical engineering, or similar.


Employment Opportunities

Employment of medical equipment technicians is projected to grow strongly.

Greater demand for healthcare services and the use of increasingly complex medical equipment will drive employment growth. Those who have an at least a diploma, and preferably a degree in biomedical equipment technology or engineering should have the best job opportunities.

 

 

Related Jobs or Working with these Jobs

Anaesthetist

Anaesthetist
Audiologist

Audiologist

Audiometrist
Biotechnologist

Biotechnologist


Cardiologist

Cardiologist

Perfusionist
Chemical Engineer

Chemical Engineer

Materials Engineer
Hospital Administrator

Hospital Administrator
Industrial Designer

Industrial Designer
Medical Laboratory Technician

Medical Laboratory Technician
Occupational Therapist

OT
Physiotherapist

Physiotherapist
Prosthetist/Orthotist

Prosthetist
Speech Pathologist

Speech Pathologist
Surgeon

Surgeon


Operating Theatre Technician
     

 

Material sourced from
Jobs & Skills WA [Biomedical Engineer; ]
CareerHQ [Biomedical Engineer; Medical Equipment Technician; ]
Chron [Biomedical Equipment Technician; ]
CareersOnline [ Biomedical Engineer; ]
Best Accredited Colleges [Biomedical Engineer; ]
ABS [Other Engineering Professionals; ; ]
Try Engineering [Biomedical Engineer; ]
Labour Market Insights [Biomedical Engineers; ]

Your Career
[BiBiomedical Engineer; Medical Technician; ]

Biomedical Engineer

Leather Goods Maker

Packer

Food Process Worker

Abattoir Worker

Clothing Patternmaker

Sailmaker

Textile Designer

Shipwright

Brewer

Cheesemaker

Fashion Designer

Confectioner

Winemaker

Fabrication Engineering Tradesperson

Tree Faller

Chemical Engineer

Quality Assurance Inspector

Arts & Crafts Professional

Jeweller

Milliner

Dressmaker

Ergonomist

Naval Marine Architect

Prosthetist Orthotist

Printer

Toy Maker

Surfboard Repair Technician

Leather Goods Maker

Packer

Food Process Worker

Abattoir Worker

Clothing Patternmaker

Sailmaker

Textile Designer

Shipwright

Brewer

Cheesemaker

Fashion Designer

Confectioner

Winemaker

Fabrication Engineering Tradesperson

Tree Faller

Chemical Engineer

Quality Assurance Inspector

Luthier

Arts & Crafts Professional

Spraypainter

Jeweller

Milliner

Dressmaker

Ergonomist

Naval Marine Architect

Prosthetist Orthotist

Biomedical Engineer

Printer

Toy Maker

Surfboard Repair Technician

Leather Goods Maker

Packer

Food Process Worker

Abattoir Worker

Clothing Patternmaker

Sailmaker

Textile Designer

Shipwright

Brewer

Cheesemaker

Fashion Designer

Confectioner

Winemaker