The EPA currently issues accreditation for CREs in the following categories:
Diagnostic imaging apparatus
Applicants seeking accreditation as a CRE for diagnostic imaging apparatus (DIA) must have the knowledge and experience necessary for the activities they will be undertaking. Those who meet the criteria in the table on this page are eligible for accreditation in the area specific to their qualifications.
All applicants must complete the EPA induction seminar on the Radiation Control Act 1990, Radiation Control Regulation 2013 and relevant guidelines.
In addition to the listed pre-requisites, anyone wishing to gain accreditation in DIA must also hold a current radiation user licence relevant to the work they will be undertaking.
| Accreditation category |
Code |
Pre-requisites |
| DIA for mammography |
RCM |
Australian College of Physical Scientists and Engineers in Medicine (ACPSEM) accreditation program mammography physics and quality control conducted by University of Sydney
OR
ACPSEM certification: Digital Mammography Equipment Testing (CR and DR) to the standard defined by the Royal Australian and New Zealand College of Radiologists (RANZCR) Accreditation Requirements
|
| DIA for radiography including bone mineral densitometry and chiropractic |
RRM |
Australian College of Physical Scientists and Engineers in Medicine (ACPSEM) accreditation in radiological physics
OR
EPA approved process to obtain accreditation:
- Mentoring and training by an accredited CRE in the area to in which they require accreditation.
- Letter of support from the accredited CRE confirming that the applicant has the training and experience to assess required apparatus.
- Independent assessment by an ACPESEM CRE accredited in diagnostic imaging medical physicist who has been chosen by the EPA to do the assessment.
- An assessment from the independent CRE confirming that they found the applicant to have the skills to perform compliance testing.
|
| DIA for dental |
RAD |
Consulting Radiation Expert for diagnostic imaging (dental) provided by William Green Pty Ltd (in-house course only offered to persons working at William Green Pty Ltd)
OR
Prior to December 2006
Quality Assurance in Diagnostic Radiology - Certificate of successful completion of radiography and fluoroscopy (Stage 3 Pass), University of Sydney School of Medical Radiation Sciences and Education Connections (formerly University of Sydney Continuing Professional Education Unit)
OR
Australian College of Physical Scientists and Engineers in Medicine (ACPSEM) accreditation in radiological physics
OR
EPA approved process to obtain accreditation:
- Mentoring and training by an accredited CRE in the area to in which they require accreditation.
- Letter of support from the accredited CRE confirming that the applicant has the training and experience to assess required apparatus.
- Independent assessment by an ACPESEM CRE accredited in diagnostic imaging medical physicist who has been chosen by the EPA to do the assessment.
- An assessment from the independent CRE confirming that they found the applicant to have the skills to perform compliance testing.
|
| DIA for fluoroscopy and bone mineral densitometry
|
RAF |
Prior to December 2006
Quality assurance in diagnostic radiology certificate of successful completion radiography and fluoroscopy Stage 3 – pass (equipment registration testing) conducted by the University of Sydney School of Medical Radiation Sciences and Education Connections
Prior to January 2004
Quality assurance in diagnostic radiology certificate - radiographic and fluoroscopy equipment registration testing conducted by the Continuing Professional Education Unit at the University of Sydney
EPA induction seminar on the Radiation Control Act 1990, Radiation Control Regulation 2013 and relevant guideline
Prior to 21 July 2000
Quality assurance in diagnostic radiology three-day course conducted by the Continuing Professional Education Unit at the University of Sydney
OR
Australian College of Physical Scientists and Engineers in Medicine (ACPSEM) accreditation in radiological physics
OR
EPA approved process to obtain accreditation:
- Mentoring and training by an accredited CRE in the area to in which they require accreditation.
- Letter of support from the accredited CRE confirming that the applicant has the training and experience to assess required apparatus.
- Independent assessment by an ACPESEM CRE accredited in diagnostic imaging medical physicist who has been chosen by the EPA to do the assessment.
- An assessment from the independent CRE confirming that they found the applicant to have the skills to perform compliance testing.
|
| DIA for computed tomography |
RACT |
Australian College of Physical Scientists and Engineers in Medicine (ACPSEM) accreditation in radiological physics
OR
EPA approved process to obtain accreditation:
- Mentoring and training by an accredited CRE in the area to in which they require accreditation.
- Letter of support from the accredited CRE confirming that the applicant has the training and experience to assess required apparatus.
- Independent assessment by an ACPESEM CRE accredited in diagnostic imaging medical physicist who has been chosen by the EPA to do the assessment.
- An assessment from the independent CRE confirming that they found the applicant to have the skills to perform compliance testing.
|
| DIA for veterinary |
RAV |
Prior to December 2006
Quality assurance in diagnostic radiology certificate of successful completion radiography and fluoroscopy Stage 3 – pass (equipment registration testing) conducted by the University of Sydney School of Medical Radiation Sciences and Education Connections
Prior to January 2004
Quality assurance in diagnostic radiology certificate – radiographic and fluoroscopy equipment registration testing conducted by the Continuing Professional Education Unit at the University of Sydney
Prior to 21 July 2000
Quality assurance in diagnostic radiology three-day course conducted by the Continuing Professional Education Unit at the University of Sydney
OR
Australian College of Physical Scientists and Engineers in Medicine (ACPSEM) accreditation in radiological physics
OR
EPA approved process to obtain accreditation:
- Mentoring and training by an accredited CRE in the area to in which they require accreditation.
- Letter of support from the accredited CRE confirming that the applicant has the training and experience to assess required apparatus.
- Independent assessment by an ACPESEM CRE accredited in diagnostic imaging medical physicist who has been chosen by the EPA to do the assessment.
- An assessment from the independent CRE confirming that they found the applicant to have the skills to perform compliance testing.
|
Fixed radiation gauges
Applicants seeking to be accredited as a CRE to assess fixed radiation gauges must have the knowledge and experience necessary for the activities they will be undertaking. The criteria to gain accreditation for fixed radiation gauges is listed below.
All applicants must complete the EPA induction seminar on the Radiation Control Act 1990, Radiation Control Regulation 2013 and relevant guidelines.
| Accreditation category |
Code |
Pre-requisites |
| Fixed radiation gauges |
GAG |
The following components must be passed or completed to be eligible for accreditation as a CRE for fixed radiation gauges:
- 5 years working in an Industry related to fixed radiation gauging (resume and referees/references to be provided).
- A pass of 70% or more be obtained in the written exam before being eligible to undertake the practical test.
- Practical assessment of a gauge with a 70% pass required.
- Completion of a detailed report on the tested gauge.
- Completion of parts A and B of a Certificate of Inspection of the Fixed Radiation Gauge.
|
Applicants requiring advice on gaining accreditation should contact the EPA's Regulatory & Compliance Support Unit on (02) 9995 5700.
