Brisbane Course Dates
Please NOTE:
1) NSW EPA has advised that only "in person" training will be accepted in relation to S30 "Soil Moisture and Density Gauges" license applications. Our "Distance Mode" option is not "in person" and is therefore not suitable for participants seeking an S30 license from NSW EPA.
2) Users seeking a license for Industrial Radiography in Queensland will need to register for the "Radiation Safety Users - Industrial Radiography" course (3 day) rather than the courses listed on this page.
Designed to meet the requirements of various state regulators (including Queensland Radiation Health, NSW EPA, etc for anyone seeking a "license to use"). These courses are delivered concurrently.
Includes:
- Radiation Safety for X-rays
- Radiation Safety for X-ray Install, maintain, repair and commission
- Radiation Safety for Security Whole Body X-ray Scanners
- Radiation Safety for Neutron Moisture Gauges and Industrial Gauges
- Radiation Safety for Australian Orthopaedic Association specialty specific eligibility criteria 4.2.8
- Radiation Safety for Laboratories
Radiation Safety for X-rays
Accreditation
This learning program is Queensland Radiation Health approved course number ED211 and NSW EPA approved course numbers IA5, IA8, IA9, IA19.
Duration
One day class room or distance mode.
Objective
This learning is designed to meet the criteria for a "Use" license under the Queensland Radiation Safety Act 1999 for users of Xray equipment (including XRD and XRF). The course covers radiation safety issues related to typical techniques, tube types, voltages and currents found in industrial, medical and security settings.
The course is very practical in nature; participants will be involved in a number of small group workshops and discussions centred on concepts and problems useful to radiation protection around X-ray equipment. Topics include:
- Basics of radiation physics
- Units
- Biological effects and measuring risk
- Identification and control of external hazards
- Work area and task design
- Selection and use of radiation instruments
Assessment for the course requires the participant to develop a safety checklist based on a relevant national or state radiation safety standard. Follow-up discussion will be conducted with participants who have difficulty with the assessment.
Delivery
Class room based delivery at our venue, or delivered specifically for clients at their venue and contextualised to the client’s specific systems.
Distance mode is also available with email/telephone/facetime contact (if required) and ongoing mentoring and feedback on submitted evidence.
Radiation Safety for Security Whole Body X-ray Scanners
Accreditation
This learning program is pending approval by Queensland Radiation Health and NSW EPA.
Duration
One day class room.
Objective
This learning is designed to meet the criteria for a "Use" license under the Queensland Radiation Safety Act 1999 for users of Xray equipment used for whole body scanning in a security environment. (including prisons). The course covers radiation safety issues related to typical techniques, tube types, voltages and currents found in security settings.
The course is very practical in nature; participants will be involved in a number of small group workshops and discussions centred on concepts and problems useful to radiation protection around whole body scanning X-ray equipment in a security environment. Topics include:
- Basics of radiation physics
- Units
- Biological effects and measuring risk
- Identification and control of external hazards
- Work area and task design
- Selection and use of radiation instruments
Assessment for the course requires the participant to develop a safety checklist based on a relevant national or state radiation safety standard. Follow-up discussion will be conducted with participants who have difficulty with the assessment.
Delivery
Class room based delivery at our venue, or delivered specifically for clients at their venue and contextualised to the client’s specific systems and operational conditions.
Radiation Safety for Neutron Moisture Gauges, Industrial Gauges and Borehole Logging
Accreditation
This learning program is Queensland Radiation Health approved course numbers ED206, ED208 and NSW EPA course numbers S30, S35.
PLEASE NOTE: NSW EPA has advised that training for S30 license applications must be "in person". This course is not available by Distance Mode for NSW EPA S30.
Duration
One day class room or distance mode.
Objectives
To develop or enhance the skills and knowledge required for the following:
- users of neutron moisture gauges
- workers and maintenance staff who work in an environment where Industrial Radiation Gauges are used
The training explains the risks related to radiation exposure, discussions of the most likely accidents involving the sources, the design safety features of the sources used in the workplace and the related basic operational safety systems used in the workplace.
Delivery
Class room based delivery at our venue, or delivered specifically for clients at their venue and contextualised to the client’s specific systems.
Distance mode is also available with email/telephone/facetime contact (if required) and ongoing mentoring and feedback on submitted evidence.
Radiation Safety for Australian Orthopaedic Association "specialty specific eligibility criteria 4.2.8"
Accreditation
This program meets the requirements of the AOA specialty specific eligibility criteria 4.2.8 (here) because this learning program incorporates Queensland Radiation Health approved course number ED209 AND NSW EPA approved course numbers IA5, IA8, IA9, IA19, IA10, S10, IA18.
Duration
One day class room or distance mode.
Objective
This learning is designed to meet the criteria for licensing of X-ray equipment users in both Queensland and NSW for a variety of specific license types. The course covers radiation safety issues related to typical techniques, tube types, voltages and currents found in industrial, medical and security settings.
The course is very practical in nature; participants will be involved in a number of small group workshops and discussions centred on concepts and problems useful to radiation protection around X-ray equipment. Topics include:
- Basics of radiation physics
- Units
- Biological effects and measuring risk
- Identification and control of external hazards
- Work area and task design
- Selection and use of radiation instruments
Assessment for the course requires the participant to develop a safety checklist for their own x-ray equipment based on a task relevant national or state radiation safety standard. Follow-up discussion will be conducted with participants who have difficulty with the assessment to ensure knowledge transfer.
Delivery
Class room based delivery at our venue, or delivered specifically for clients at their venue and contextualised to the client’s specific systems.
Distance mode is also available with email/telephone/facetime contact (if required) and ongoing mentoring and feedback on submitted evidence.
Radiation Safety for Laboratories
Accreditation
This learning program is Queensland Radiation Health approved course number ED210 and NSW EPA approved courses S5, S8, S9.
Duration
One day class room or distance mode.
Objective
This learning program is designed to meet the criteria for a "Use" license under the Queensland Radiation Safety Act 1999 for laboratory workers. The course covers radiation safety issues related to typical techniques, isotopes and quantities (activities) found in biology, biochemistry, pathology, genetics and radio pharmacy laboratories.
The learning program is practical in nature; participants will be involved in a number of small group workshops and discussions centred on concepts and problems useful to radiation laboratory workers. Topics include:
- Basics of radiation physics
- Units
- Biological effects and measuring risk
- Identification and control of internal and external hazards
- Laboratory, work area and task design
- Selection and use of radiation instruments
- Contamination control and decontamination
Assessment for the course is competency based. The assessment instrument is a multiple choice and short answer open book exam of approximately 20 minutes duration. All questions must be answered correctly to achieve competency.
Delivery
Class room based delivery at our venue, or delivered specifically for clients at their venue and contextualised to the client’s specific systems.
Distance mode is also available with email/telephone/facetime contact (if required) and ongoing mentoring and feedback on submitted evidence.