251213 核医学技师 Nuclear Medicine Technologist

ANZSCO 251213 核医学技师 Nuclear Medicine Technologist - FLYabroad

251213 核医学技师职业描述 Job description - FLYabroad

核医学技师负责使用放射性核素和放射药剂进行或协助进行诊断检查,在核医学专家或其他专科医生的指导下管理放射性核素和放射药剂以备治疗时用。需要注册和许可证。

Performs or assists in performing diagnostic examinations using radionuclides and radiopharmaceuticals, and administers radionuclides and radiopharmaceuticals for therapeutic purposes under the direction of specialist Medical Practitioners. Registration or licensing is required.

Previously referred to in ASCO as:
2391-15 Radiographer - Nuclear Medicine Technologist

251213 核医学技师职位别名 - FLYabroad

251213 核医学技师技术等级 Skill level - FLYabroad

251213 核医学技师所属职业列表 - FLYabroad

251213 核医学技师澳洲技术移民职业评估 Skills assessment authority - FLYabroad

251213 核医学技师州担保情况 - FLYabroad

近期担保过 251213 核医学技师 Nuclear Medicine Technologist 职业的州包括:

251213 核医学技师新西兰技术移民紧缺职业加分要求 - FLYabroad

新西兰注册。(此领域绝对紧缺技能资格:专门从事医疗放射疗法或医学影像学的保健科学学士学位,或者核医学学士或研究生学位。)
NZ registration. (Qualifications in this area of absolute skill shortage are:  Bachelor in Health Science specialising in Medical Radiation Therapy 
OR specialising in Medical Imaging 
OR Bachelor or Post-Graduate degree in Nuclear Medicine) 

251213 核医学技师执业注册要求(不代表移民要求) - FLYabroad

Registration or licensing is required.

本文由飞出国(FLYabroad @Copyright)独家整理完成,请尊重知识产权,不要以任何形式散布和传播。

251213 Nuclear Medicine Technologist20150427 NSW 489 清单 Murray, Northern Inland 担保

251213 Nuclear Medicine Technologist 在 20150731版NSW-190担保清单上

251213A 收入图示(Earnings) - 飞出国

251213A 职业全职从业者税前周薪比例(Income Range Per Week - Before tax)

Income of persons working full-time

251213A 职业全职与兼职从业者税前周薪比较(Income Based On Employment Status Per Week - Before tax)

数据来源: abs.gov.au 及 myfuture.edu.au

本文由飞出国(FLYabroad @Copyright)独家整理完成,请尊重知识产权,不要以任何形式散布和传播。

What’s it like to be a Nuclear Medicine Technologist?

Nuclear medicine technologists are highly skilled medical imaging experts that
use radioactive materials to diagnose physiological and metabolic changes
within the body and treat diseases.

Nuclear medicine technologists work as part of a team with other health
professionals and medical staff.

How much can I expect to earn?

Full-time employed Nuclear Medicine Technologist earn an average of $1344 per
week. The [average annual salary for this job is $69888 excluding super.]

Personal requirements

  • interest and aptitude in science
  • able to work accurately
  • responsible and patient nature
  • sympathetic and understanding approach
  • able to work independently or as part of a team.

This job also involves:

Mainly indoor work

Workers performing these jobs would usually be expected to spend more than
three-quarters of their day indoors, in an office, factory or other enclosed
area protected from the weather.

Reading or writing

These jobs require moderate or better reading and writing skills. Workers may
be expected to prepare, understand or act on written materials, such as
letters or reports. People may wish to avoid these jobs if their reading or
writing English skills are limited to a small range of words or phrases and
symbols. Jobs remaining may still require very basic reading or writing
skills.

This occupation offers jobs at the following skill levels:

Professional Jobs

Jobs in this group usually require completion of a recognised Bachelor Degree,
or extensive relevant experience. Some jobs also require post-graduate study,
such as a Graduate Certificate, Graduate Diploma or Master Degree.

Study requirements

At school, you can study these subject(s) to get a good foundation for this
occupation:

Biology

School subjects that include some aspect of BIOLOGY provide a useful
background to these jobs. In some cases a biology-related subject is a pre-
requisite for entry to courses that provide the training for the job.

Chemistry

School subjects that include some aspects of CHEMISTRY provide a useful
background to these jobs. In some cases a chemistry-related subject is a pre-
requisite for entry to courses that provide the training for the job.

Computing Studies

School subjects that include some aspect of COMPUTING STUDIES provide a useful
background to these jobs. In some cases a computer studies-related subject is
a pre-requisite for entry to courses that provide the training for the job.

Mathematics

School subjects that include some aspect of MATHEMATICS provide a useful
background to these jobs. In some cases a mathematics-related subject is a
pre-requisite for entry to courses that provide the training for the job.

Physics

School subjects that include some aspect of PHYSICS provide a useful
background to these jobs. In some cases a physics-related subject is a pre-
requisite for entry to courses that provide the training for the job.

Duties and tasks of a Nuclear Medicine Technologist

Nuclear medicine technologists may perform the following tasks:

  • maintain and operate equipment such as gamma cameras and computing systems to acquire images and process and analyse patient data
  • prepare and administer radiopharmaceuticals that demonstrate the function of organs in the body
  • explain procedures to patients and enquire about previous diagnostic studies and medication, making sure they receive the correct preparation for the procedure
  • check the patient’s medical status and ensure their comfort, privacy and safety needs are met during the procedure
  • deliver findings of procedures to medical practitioners
  • provide diagnosis and treatment for cancer patients
  • perform laboratory procedures, including blood and specimen collection and quality control testing
  • make sure that radioactive materials are handled, stored and disposed of in a safe manner
  • perform routine quality control and testing procedures on instrumentation, radiopharmaceuticals, data, images and computing systems
  • initiate and participate in research programmes and in the development of new techniques
  • supervise and educate students.

Specialisations

With experience, and sometimes further training, nuclear medicine
technologists may specialise in computer programming, bone mineral
densitometry, or scanning techniques such as positron emission tomography
(PET) and ultrasound.