Medical Radiation Technologists - NOC 3215

If you are interested in working as a Medical Radiation Technologist in Canada, you will be pleased to know that the job outlook for your occupation in Canada is extremely positive. You can use this overview of the Canadian employment prospects in your field to start planning your immigration and settlement in Canada.

Medical Radiation Technologists are on the list of 29 eligible occupations under the Federal Skilled Worker program. A maximum of 500 applications will be accepted for processing in each of the 29 occupations, with an overall cap of 10,000 applications. 

  • To view current number of applications received toward the cap, click here.

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This group includes technologists who operate radiographic and radiation therapy equipment to administer radiation treatment and produce images of body structures for the diagnosis and treatment of injury and disease. They are employed in hospitals, cancer treatment centres, clinics and radiological laboratories. Medical radiation technologists who are supervisors or instructors are included in this unit group.

(Description from Human Resources and Skills Development Canada's National Occupation Classification, used by Canadian immigration officers, to assess an applicant's work experience.)

Radiological technologists perform some or all of the following duties:
  • Operate X-ray, radiographic and fluoroscopic equipment, computerized tomography (CT) scanners, mammography units and magnetic resonance imaging (MRI) scanners to produce radiographs or anatomic images of the human body for the diagnosis by radiologists of disease or injury
  • Record and process patient data
  • Perform basic verification and quality control checks on radiographic and film processing equipment
  • Provide appropriate care for the patient during the radiographic examination
  • Apply radiation protection measures
  • May train and supervise student radiographers or supervise other radiological technologists.
  • Radiological technologists may specialize in areas such as computerized tomography, angiography, mammography, magnetic resonance imaging, interventional radiology, dosimetry, stereotaxy or brachytherapy.

Nuclear medicine technologists perform some or all of the following duties:
  • Prepare radiopharmaceuticals, such as radionuclides and other materials and administer them to patients or to biological samples
  • Operate radiation detection equipment, such as gamma cameras, scanners, scintillation counters, tomodensitometers and ionization chambers, to acquire data for use by nuclear medicine physicians in the diagnosis of disease
  • Perform diagnostic procedures using radioactive materials on biological specimens, such as blood, urine and faeces
  • Record and process results of procedures
  • Check equipment to ensure proper operation
  • Provide appropriate care for the patient during the examination
  • Apply radiation protection measures
  • May train and supervise student nuclear medicine technologists or supervise other nuclear medicine technologists.

Radiation therapists perform some or all of the following duties:
  • Operate linear accelerators, cobalt 60, X-ray and other radiation therapy equipment to administer radiation treatment prescribed by radiation oncologists
  • Check radiation therapy equipment to ensure proper operation
  • Assist radiation oncologists and clinical physicists with preparation of radiation treatment plan
  • Assist in the preparation of sealed radioactive materials such as cobalt, radium, cesium and isotopes and the construction of devices such as plaster casts and acrylic moulds to assist with administration of radiation treatment
  • Monitor the patient's physical and psychological well-being during the entire course of treatment
  • Advise the patient regarding side effects of radiation
  • May train and supervise student radiotherapy technologists or supervise other radiotherapy technologists.
 

  • brachytherapy technologist
  • chief radiographer
  • chief radiotherapy technologist
  • chief technologist, nuclear medicine
  • chief technologist, radiation therapy
  • chief technologist, radiography
  • clinical co-ordinator, nuclear medicine
  • clinical co-ordinator, radiation therapy
  • clinical co-ordinator, radiography
  • clinical instructor, nuclear medicine
  • clinical instructor, radiation therapy
  • clinical instructor, radiography
  • diagnostic imaging technologist
  • diagnostic medical radiation technologist
  • diagnostic radiography technologist
  • diagnostic radiological technician
  • diagnostic radiological technologist
  • diagnostic radiology technologist
  • magnetic resonance imaging (MRI) technologist
  • magnetic resonance technologist
  • mammography technician
  • mammography technologist
  • medical radiation technologist
  • medical radiation technologists supervisor
  • MRI (magnetic resonance imaging) technologist
  • NMRI (nuclear magnetic resonance imaging) technologist
  • nuclear magnetic resonance imaging (NMRI) technologist
  • nuclear medicine chief technologist
  • nuclear medicine clinical instructor
  • nuclear medicine supervisor
  • nuclear medicine technical co-ordinator
  • nuclear medicine technical director
  • nuclear medicine technician
  • nuclear medicine technologist
  • nuclear medicine technologists supervisor
  • oncology technologist
  • oncology technologist, radiation therapy
  • PET (positron-emission tomography) technologist
  • positron-emission tomography (PET) technologist
  • radiation oncology simulator technologist
  • radiation oncology technician
  • radiation oncology technologist
  • radiation technologist – cancer therapy
  • radiation technologist – oncology
  • radiation therapist
  • radiation therapists supervisor
  • radiation therapy chief technologist
  • radiation therapy clinical co-ordinator
  • radiation therapy clinical instructor
  • radiation therapy technical co-ordinator
  • radiation therapy technologist (RTT)
  • radiographer, medical
  • radiographic technologist
  • radiography chief technologist
  • radiography clinical co-ordinator
  • radiography clinical instructor
  • radiography supervisor
  • radiography technical co-ordinator
  • radiography technical director
  • radiography technologist
  • radiography technologists supervisor
  • radioisotope technician
  • radioisotope technologist
  • radiological technician
  • radiological technologist
  • radiology technologist
  • radiotherapy technician
  • radiotherapy technologist
  • registered radiology technologist
  • registered technologist in nuclear medicine (RTNM)
  • registered technologist in radiation therapy
  • registered technologist in radiography (RTR)
  • RTNM (registered technologist in nuclear medicine)
  • RTR (registered technologist in radiography)
  • RTT (radiation therapy technologist)
  • senior radiation therapy technologist
  • supervisor, medical radiation technologists
  • supervisor, nuclear medicine
  • supervisor, nuclear medicine technologists
  • supervisor, radiation therapists
  • supervisor, radiography
  • supervisor, radiography technologists
  • technical co-ordinator, nuclear medicine
  • technical co-ordinator, radiation therapy
  • technical co-ordinator, radiography
  • technical director, nuclear medicine
  • technical director, radiography
  • technician, mammography
  • technician, nuclear medicine
  • technician, radiation oncology
  • technician, radioisotope
  • technician, radiotherapy
  • technician, X-ray (radiology)
  • technologist, brachytherapy
  • technologist, diagnostic medical radiation
  • technologist, diagnostic radiography
  • technologist, magnetic resonance
  • technologist, magnetic resonance imaging (MRI)
  • technologist, mammography
  • technologist, medical radiation
  • technologist, MRI (magnetic resonance imaging)
  • technologist, NMRI (nuclear magnetic resonance imaging)
  • technologist, nuclear magnetic resonance imaging (NMRI)
  • technologist, nuclear medicine
  • technologist, oncology
  • technologist, PET (positron-emission tomography
  • technologist, positron-emission tomography (PET)
  • technologist, radiation oncology
  • technologist, radiation oncology simulator
  • technologist, radiation therapy
  • technologist, radiography
  • technologist, radioisotope
  • technologist, radiology
  • technologist, radiotherapy
  • therapeutic radiological technician
  • X-ray (radiology) technician
  • X-ray machine operator – medical
  • X-ray technician
  • X-ray technician – military
 

Why your employment prospects in Canada are excellent:

  • The shortage of medical radiation technologists is expected to grow as many in the occupation will be retiring in the near future, says Anne Robertson, director of professional practice for the Canadian Association of Medical Radiation Therapists.
  • It is crucial that medical radiation technologists keep up-to-date of developments within their area of expertise. A career in this field will involve periods of retraining and professional development.
  • Technologists who continually upgrade their skills have an advantage over others seeking employment in these fields.Technologists may work in community health centres, hospitals, or clinics.
  • The work may involve shift work and weekend work.
  • This occupational group covers a number of specialties. The majority (80%) are radiological or X-ray technologists.
  • Work in this field is neither seasonal nor very sensitive to overall economic conditions.
Find out about the salary ranges for Medical radiation technologists in different Canadian cities with our Canada Salary Calculator

Some areas of Canada where your occupation is in demand:

While there is a shortage across the whole country, the following cities and provinces listed below have a particularly high demand for Medical Radiation Technologists.

British Columbia
  • Employment prospects are considered to be good for this occupation in B.C. in the upcoming years.
  • Population growth, an aging population, and technological advances in diagnosis and treatment have all contributed an increased demand for X-rays, CT, MRI, nuclear medicine tests and other diagnostic procedures. Advances in radiation-based diagnostics and treatments may also increase the need for these services.
  • Employment is distributed fairly evenly across the province, in line with the general population distribution.
  • Work tends to be concentrated in the Lower Mainland-Southwest, Vancouver Island and Coast regions, due to the number of major hospitals and health-care centres in these larger urban areas.
  • Industry sources report that there are currently worker shortages throughout the Lower Mainland region.
  • Those seeking employment in hospital settings are advised that full-time positions are difficult to acquire when starting a career; however, there will be plenty of on-call and part-time opportunities.

Alberta
  • With an aging population in the province, the demand for health services will continue to rise and therefore the need for medical radiation technologists will remain high.
  • Prospects are considered to be good in the following regions: Athabasca, Grande Prairie, Peace River, Calgary, Banff, Jasper, Lethbridge and Medicine Hat.

Saskatchewan
  • The Saskatchewan Government introduced the Saskatchewan Health Recruitment Grant Program to encourage health employees to relocate and build capacity in Saskatchewan's health system. The grant program provides financial incentives to health employees to work in rural or northern areas.
  • Prospects are particularly good in Regina, and the Saskatoon and Rural West regions.

Manitoba
  • Employment prospects for medical radiation technologists are expected to be good in the period 2009 to 2013.
  • Employment in Manitoba in 2009 was estimated at 580.
  • There is currently a shortage of medical radiation technologists and therapists in Manitoba due to the increased diagnostic imaging needs of an aging population, an inadequate supply of new graduates, and competition for qualified personnel from elsewhere in Canada and abroad.
  • Technological advances increase the range and efficiency and reduce the cost of many imaging procedures. As a result, the number of interventions by medical radiation technologists in hospitals and clinics throughout the province should increase.
  • Jobs for medical radiation technologists are fairly evenly distributed across the province. However, employment opportunities in radiation therapy, as well as in MRI, Ultrasound, and Nuclear Medicine specialties are greatest in rural areas.
  • Almost all are employed in the Health Care and Social Assistance sector. The majority of medical radiation technologists work in hospitals (75%), followed by doctors offices/health centres (22%) and nursing and residential care homes (3%).

Ontario
  • Across the province, employment for this occupation is expected to grow more rapidly than the average for all occupations.

Waterloo Region, Ontario:
  • Census data indicates that the majority of this occupation's labour force has not reached retirement age. Therefore, new job opportunities would primarily come from increased demand for services associated with this type of occupation.
  • Local demand for new workers will be the strongest in larger urban centers.
  • Innovations in the use of nuclear medicine to diagnose illnesses, such as cancer, may increase demand for these professionals.

Toronto, Ontario:
  • Employment prospects for medical radiation technologists in the Toronto area are considered to be good.
  • Increases in illnesses associated with an ageing population should increase the demand for workers in this occupation.

London-Woodstock Area, Ontario:
  • Employment opportunities for medical radiation technologists are expected to be good for the next two years.
  • Hospitals, clinics and laboratories report that it is particularly difficult to find technologists in the specialty areas of mammography and nuclear medicine.

Bruce, Grey, Simcoe, and Muskoka District Regions, Ontario:
  • Census data indicates that the majority of this occupation's labour force has not reached retirement age in this local region. Therefore new job opportunities would primarily come from increased demand for services associated with this type of occupation.
  • Local demand for new workers will be the strongest in larger urban centers.
  • According to Service Canada employment prospects for this occupation are predicted to be good over the next few years in the following Ontario regions as well: Sudbury, Sault Ste. Marie, Ottawa, Niagara Area, Kingston.

New Brunswick
  • There are several hospitals in New Brunswick indicating a strong need for medical radiation technologists, specifically radiation therapists.
  • Expected retirements in the next ten years will also contribute to a shortage of medical radiation technologists in New Brunswick.
  • While prospects are good across the whole province, there is strongest demand in the following areas: Fredericton, Woodstock, Grand Falls, Edmundston, Moncton, Shediac, Sackville, Richibucto, Saint John, Sussex, and St. Stephen.

Nova Scotia
  • According to Job Futures, Canada's demand has increased because the growing and aging population requires more health services, and new technologies have improved the ability to diagnose and treat disease.
  • Shortages in Nova Scotia are projected over the next 5 years.

South Shore (Lunenburg & Queens Counties), Nova Scotia:
  • Currently the chances of qualified medical radiation technologists finding employment are considered to be good in this local area.
  • Employment potential is good because there are current opportunities with the local health board.
  • People in this field tend to be employed at a local hospital.

Halifax, Nova Scotia:
  • Currently the chances of qualified medical radiation technologists finding employment are considered to be good in this local area.
  • Halifax is a major centre for special medical treatments.
  • Competition for these workers from employers elsewhere enhances local job prospects as well.
  • Hospitals are the main employers of these workers in the area.

Antigonish, Pictou and Guysborough, Nova Scotia:
  • This is a small occupational group locally, but area hospitals are experiencing a shortage of qualified technologists, therefore employment prospects are good
  • The Guysborough area in particular is having difficulty filling available positions at several of its hospitals.

Prince Edward Island
  • In P.E.I., the employment outlook for this occupation is good. The employment outlook is especially good for MRTs who are multi-skilled in a number of the subspecialties in this occupation.
  • The expansion at the Queen Elizabeth Hospital is expected to create some new positions.
  • Additional opportunities are expected to result from replacement needs due to retirements.
  • Most of the medical radiation technologists in P.E.I. work in one of the two acute care hospitals; the Queen Elizabeth Hospital and the Prince County Hospital.

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