Careers and Jobs as Biomedical Equipment Technician

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  • School Subjects: Biology, Technical/shop
  • Personal Skills: Mechanical/manipulative, Technical/scientific
  • Work Environment: Primarily indoors, Primarily one location
  • Minimum Education Level: Associate s degree
  • Salary Range: $23,700 to $40,580 to $66,160+
  • Certification or Licensing: Recommended
  • Outlook: About as fast as the average
  • DOT: 639
  • GOE: 05.03.03
  • NOC: N/A
  • O*NET-SOC: 49 9062 00, 51 9082 00


Biomedical equipment technicians handle the complex medical equipment and instruments found in hospitals, clinics, and research facilities. This equipment is used for medical therapy machines, artificial kidney machines, and diagnosis and includes heart-lung patient monitors, chemical analyzers, and other electrical, electronic, mechanical, or pneumatic devices. Technicians’ main duties are to inspect, maintain, repair, and install this equipment. They disassemble equipment to locate malfunctioning components, repair or replace defective parts, and reassemble the equipment, adjusting and calibrating it to ensure that it operates according to manufacturers’ specifications. Other duties of biomedical equipment technicians include modifying equipment according to the directions of medical or supervisory personnel, arranging with equipment manufacturers for necessary equipment repair, and safety-testing equipment to ensure that patients, equipment operators, and other staff members are safe from electrical or mechanical hazards. Biomedical equipment technicians work with hand tools, power tools, measuring devices, and manufacturers’ manuals. Technicians may work for equipment manufacturers as salespeople or as service technicians, or for a health care facility specializing in the repair or maintenance of specific equipment, such as that used in radiology, nuclear medicine, or patient monitoring. In the United States, approximately 29,000 people work as biomedical equipment technicians.


Today’s complex biomedical equipment is the result of advances in three different areas of engineering and scientific research. The first, of course, is our ever-increasing knowledge of the human body and of the disease processes that afflict it. Although the accumulation of medical knowledge has been going on for thousands of years, most of the discoveries leading to the development of medical technology have occurred during the last three hundred years. During the past one hundred years especially, we have learned a great deal about the chemical and electrical nature of the human body.

The second contribution to biomedical technology’s development is the field of instrumentation—the design and building of precision measuring devices. Throughout the history of medicine, physicians and medical researchers have tried to learn about and to monitor the workings of the human body with whatever instruments were available to them. However, it was not until the industrial revolution of the 18th and 19th centuries that instruments were developed that could detect the human body’s many subtle and rapid processes. The third area is mechanization and automation.

Biomedical equipment often relies on mechanisms, such as pumps, motors, bellows, control arms, etc. These kinds of equipment were initially developed and improved during the industrial revolution; however, it was not until the 1950s that the field of medical technology began incorporating the use of automation. During the 1950s, researchers developed machines for analyzing the various components of blood and for preparing tissue specimens for microscopic examination. Probably the most dramatic development of this period was the introduction of the heart-lung machine by John Haysham Gibbon of Philadelphia in 1953, a project he had been working on since 1937. Since the 1950s, the growth of biomedical technology has been especially dramatic. Thirty years ago, even the most advanced hospitals had only a few pieces of electronic medical equipment; today such hospitals have thousands. And, to service this equipment, the biomedical equipment technician has become an important member of the health care delivery team.

In a sense, biomedical equipment technicians represent the newest stage in the history of technicians. The first technicians were skilled assistants who had learned a trade and gone to work for an engineer or scientist. The second generation learned a technology, such as electronics. The most recent generation of technicians needs integrated instruction and competence in at least two fields of science and technology. For the biomedical equipment technician, the fields may vary, but they will most often be electronics and human physiology.


Biomedical equipment technicians are an important link between technology and medicine. They repair, calibrate, maintain, and operate biomedical equipment working under the supervision of researchers, biomedical engineers, physicians, surgeons, and other professional health care providers.

Biomedical equipment technicians may work with thousands of different kinds of equipment. Some of the most frequently encountered are the following: patient monitors; heart-lung machines; kidney machines; blood-gas analyzers; spectrophotometers; X-ray units; radiation monitors; defibrillators; anesthesia apparatus; pacemakers; blood pressure transducers; spirometers; sterilizers; diathermy equipment; patient-care computers; ultrasound machines; and diagnostic scanning machines, such as the CT (computed tomography) scan machine, PET (positron emission tomography) scanner, and MRI (magnetic resonance imaging) machines.

Repairing faulty instruments is one of the chief functions of biomedical equipment technicians. They investigate equipment problems, determine the extent of malfunctions, make repairs on instruments that have had minor breakdowns, and expedite the repair of instruments with major breakdowns, for instance, by writing an analysis of the problem for the factory. In doing this work, technicians rely on manufacturers’ diagrams, maintenance manuals, and standard and specialized test instruments, such as oscilloscopes and pressure gauges.

Installing equipment is another important function of biomedical equipment technicians. They inspect and test new equipment to make sure it complies with performance and safety standards as described in the manufacturer’s manuals and diagrams, and as noted on the purchase order. Technicians may also check on proper installation of the equipment, or, in some cases, install it themselves. To ensure safe operations, technicians need a thorough knowledge of the regulations related to the proper grounding of equipment, and they need to carry out all steps and procedures to ensure safety.

Maintenance is the third major area of responsibility for biomedical equipment technicians. In doing this work, technicians try to catch problems before they become more serious. To this end, they take apart and reassemble devices, test circuits, clean and oil moving parts, and replace worn parts. They also keep complete records of all machine repairs, maintenance checks, and expenses.

In all three of these areas, a large part of technicians’ work consists of consulting with physicians, administrators, engineers, and other related professionals. For example, they may be called upon to assist hospital administrators as they make decisions about the repair, replacement, or purchase of new equipment. They consult with medical and research staffs to determine that equipment is functioning safely and properly. They also consult with medical and engineering staffs when called upon to modify or develop equipment. In all of these activities, they use their knowledge of electronics, medical terminology, human anatomy and physiology, chemistry, and physics.

In addition, biomedical equipment technicians are involved in a range of other related duties. Some biomedical equipment technicians maintain inventories of all instruments in the hospital, their condition, location, and operators. They reorder parts and components, assist in providing people with emergency instruments, restore unsafe or defective instruments to working order, and check for safety regulation compliance.

Other biomedical equipment technicians help physicians, surgeons, nurses, and researchers conduct procedures and experiments. In addition, they must be able to explain to staff members how to operate these machines, the conditions under which a certain apparatus may or may not be used, how to solve small operating problems, and how to monitor and maintain equipment.

In many hospitals, technicians are assigned to a particular service, such as pediatrics, surgery, or renal medicine. These technicians become specialists in certain types of equipment. However, unlike electrocardiograph technicians or dialysis technicians, who specialize in one kind of equipment, most biomedical equipment technicians must be thoroughly familiar with a large variety of instruments. They might be called upon to prepare an artificial kidney or to work with a blood-gas analyzer. Biomedical equipment technicians also maintain pulmonary function machines. These machines are used in clinics for ambulatory patients, hospital laboratories, departments of medicine for diagnosis and treatment, and rehabilitation of cardiopulmonary patients.

While most biomedical equipment technicians are trained in electronics technology, there is also a need for technicians trained in plastics to work on the development of artificial organs and for people trained in glass blowing to help make the precision parts for specialized equipment.

Many biomedical equipment technicians work for medical instrument manufacturers. These technicians consult and assist in the construction materials and construction methods to be used in the manufacture of new machinery, helping to make decisions concerning of the equipment.


High School

There are a number of classes you can take in high school to help you prepare for this work. Science classes, such as chemistry, biology, and physics, will give you the science background you will need for working in a medical environment. Take shop classes that deal with electronics, drafting, or blueprint reading. These classes will give you experience working with your hands, following printed directions, using electricity, and working with machinery. Mathematics classes will help you become comfortable working with numbers and formulas. Don’t neglect your English studies. English classes will help you develop your communication skills, which will be important to have when you deal with a variety of different people in your professional life.

Postsecondary Training

To become qualified for this work, you will need to complete post-secondary education that leads either to an associate’s degree from a two-year institution or a bachelor’s degree from a four-year college or university. Most biomedical equipment technicians choose to receive an associate’s degree. Biomedical equipment technology is a relatively new program in some schools and may also be referred to as medical electronics technology or biomedical engineering technology. No matter what the name of the program, however, you should expect to receive instruction in such areas as anatomy, physiology, electrical and electronic fundamentals, chemistry, physics, and biomedical equipment construction and design. In addition, you will study safety methods in health care facilities and medical equipment troubleshooting, as it will be your job to be the problem solver. You should also expect to continue taking communication or English classes since communications skills will be essential to your work. In addition to the classroom work, many programs often provide you with practical experience in repairing and servicing equipment in a clinical or laboratory setting under the supervision of an experienced equipment technician. In this way, you learn about electrical components and circuits, the design and construction of common pieces of machinery, and computer technology as it applies to biomedical equipment.

By studying various pieces of equipment, you learn a problem solving technique that applies not only to the equipment studied, but has not yet been invented. Part of this problem-solving technique also to equipment you have not yet seen, and even to equipment that includes learning how and where to locate sources of information.

they become available. In some cases, recruiters may visit a school periodically to conduct interviews. Also, many schools place students in part-time hospital jobs to help them gain practical experience. Students are often able to return to these hospitals for full-time employment after graduation.

Another effective method of finding employment is to write directly to hospitals, research institutes, or biomedical equipment manufacturers. Other good sources of leads for job openings include state employment offices and newspaper want ads.


With experience, biomedical equipment technicians can expect to work with less supervision, and in some cases they may find themselves supervising less-experienced technicians. They may advance to positions in which they serve as instructors, assist in research, or have administrative duties. Although many supervisory positions are open to biomedical equipment technicians, some positions are not available without additional education. In large metropolitan hospitals, for instance, the minimum educational requirement for biomedical engineers, who do much of the supervising of biomedical equipment technicians, is a bachelor’s degree; many engineers have a master’s degree as well.


Salaries for biomedical equipment technicians vary in different institutions and localities and according to the experience, training, certification, and type of work done by the technician. According to the U.S. Department of Labor, the median annual salary for medical equipment repairers was $40,580 in 2006. The top 10 percent in this profession made $66,160 a year, while the lowest 10 percent made $23,700 per year. In general, biomedical equipment technicians who work for manufacturers have higher earnings than those who work for hospitals. Naturally, those in supervisory or senior positions also command higher salaries. Benefits, such as health insurance and vacation days, vary with the employer.


Working conditions for biomedical equipment technicians vary according to employer and type of work done. Hospital employees generally work a 40-hour week; their schedules sometimes include weekends and holidays, and some technicians may be on call for emergencies. Technicians working for equipment manufacturers may have to do extensive traveling to install or service equipment.

The physical surroundings in which biomedical equipment technicians work may vary from day to day. Technicians may work in a lab or treatment room with patients or consult with engineers, administrators, and other staff members. Other days, technicians may spend most of their time at a workbench repairing equipment.


Because of the expanding healthcare field and increasing use of electronic medical devices and other sophisticated biomedical equipment, there is a steady demand for skilled and trained biomedical equipment technicians. The U.S. Department of Labor predicts that employment for this group will grow about as fast as the average for all occupations through 2014.

In hospitals the need for more biomedical equipment technicians exists not only because of the increasing use of biomedical equipment but also because hospital administrators realize that these technicians can help hold down costs. Biomedical equipment technicians do this through their preventive maintenance checks and by taking over some routine activities of engineers and administrators, thus releasing those professionals for activities that only they can per form. Through the coming decades, cost containment will remain a high priority for hospital administrators, and as long as biomedical equipment technicians can contribute to that effort, the demand for them should remain strong.

For the many biomedical equipment technicians who work for companies that build, sell, lease, or service biomedical equipment, job opportunities should also continue to grow. The federal government employs biomedical equipment technicians in its hospitals, research institutes, and the military. Employment in these areas will depend largely on levels of government spending. In the research area, spending levels may vary; however, in health care delivery, spending should remain high for the near future.


For information on student memberships, biomedical technology programs, and certification, contact:

Association for the Advancement of Medical Instrumentation

1110 North Glebe Road, Suite 220

Arlington, VA 22201-4795

For industry information, contact

Medical Equipment and Technology Association Board


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