Instructor-Led Radiation Safety & Health Physics Training Courses

Training courses are offered at PTP's facilities in Oak Ridge, Tennessee

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ORAU's Professional Training Programs (PTP) conducts a wide variety of health physics and radiation safety training courses, including our noteworthy, five-week Applied Health Physics course and multiple one-week offerings.

If you wish to discuss developing a customized radiation safety or health physics training course for delivery at your site, contact Tonya Bernhardt at 865.241.6620 or Tonya.Bernhardt@orau.org.

Note: PTP has upgraded our instructional materials to an electronic format. Attendees should bring a laptop or tablet that is wifi enabled in order to download the instructional materials on the first day of the course. Printed materials will still be available for an additional fee ($50). The print option can be selected during registration.

Instructor-Led Training Courses*	Training Dates	Course Cost
Applied Health Physics CANCELLED *Please consider registering for our 2022 offerings	August 2 - September 3, 2021	$9,995
Introduction to Radiation Safety CANCELLED *Please consider registering for our online course offering	September 13-17, 2021	$1,995
Applied Health Physics Blended Series - Lab Exercises I	September 13-17, 2021	$1,999
Applied Health Physics Blended Series - Lab Exercises II	September 20-24, 2021	$1,999
Radiation Safety Officer Training	October 4-8, 2021	$1,995
Medical Radiation Safety Officer Training	October 4-8, 2021	$1,995
Site Characterization in Support of Decommissioning	October 18-22, 2021	$1,995
Environmental Monitoring	October 25-29, 2021	$1,995
MARSSIM	October 25-29, 2021	$1,995
MARSAME	November 1-4, 2021	$1,595
Air Sampling for Radioactive Materials	November 1-5, 2021	$1,995
Gamma Spectroscopy	December 6-10, 2021	$1,995
Applied Health Physics Blended Series - Lab Exercises I	February 7-11, 2022	$1,999
Applied Health Physics Blended Series - Lab Exercises II	February 14-18, 2022	$1,999
Applied Health Physics	February 28 - April 1, 2022	$9,995
Air Sampling for Radioactive Materials	April 11-15, 2022	$1,995
Environmental Monitoring	April 18-22, 2022	$1,995
MARSSIM	May 9-13, 2022	$1,995
Applied Health Physics Blended Series - Lab Exercises I	May 16-20, 2022	$1,999
Applied Health Physics Blended Series - Lab Exercises II	May 23-27, 2022	$1,999
Gamma Spectroscopy	June 6-10, 2022	$1,995
Occupational Internal Dosimetry	June 20-24, 2022	$1,995
Health Physics Statistics	June 27 - July 1, 2022	$1,995
Applied Health Physics	July 25 - August 26, 2022	$9,995
Introduction to Radiation Safety	September 19-23, 2022	$1,995
Radiation Safety Officer Training	October 3-7, 2022	$1,995
Medical Radiation Safety Officer Training	October 3-7, 2022	$1,995
Site Characterization in Support of Decommissioning	October 17-21, 2022	$1,995
MARSSIM	October 24-28, 2022	$1,995
MARSAME	October 31 - November 3, 2022	$1,595
Gamma Spectroscopy	December 5-9, 2022	$1,995

*NOTE: The decision deadline for running a course is 30 days prior to the course start date. If there are not enough registrants at that time, the course will be canceled, so please REGISTER EARLY. If you are unable to register prior to the deadline, please contact the PTP Registrar for assistance.

Applied Health Physics

The use of radiation in industry, medicine, and education has created a need for persons trained in the principles of radiation safety and health physics. To meet this need, ORAU conducts a five-week training course—Applied Health Physics. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course.

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Air Sampling for Radioactive Materials

This five-day, laboratory-oriented course introduces participants to the basic theories and mechanics of air sampling for radionuclides. Approximately 40% of the time is spent collecting and analyzing air samples; the remaining time is devoted to lectures.

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Environmental Monitoring

This five-day, laboratory-oriented course introduces participants to the basic theories and mechanics of environmental monitoring for radioactivity. Approximately 50% of the time is spent collecting and analyzing samples; the remaining time is devoted to lectures.

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Gamma Spectroscopy

This five-day, laboratory-oriented course covers the basics of radionuclide identification and quantification by gamma spectroscopy. Approximately 50% of the time will be spent in the laboratory.

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Health Physics Statistics

This five-day course introduces participants to the use of statistics in operational health physics. The course is divided between lectures and practical laboratory activities designed to reinforce important principles. Core concepts such as probability distributions, descriptive statistics and hypothesis testing are included to support more detailed discussions on uncertainty propagation and statistical tests.

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Introduction to Radiation Safety

This five-day lecture/laboratory course is an introduction to the basic science behind radiation safety and to common applications of radiation safety principles. Lectures include a description of common radiation sources, interactions of radiation with matter, biological effects, detection and measurement. Laboratory exercises emphasize radiation detection and measurement techniques using both fixed and portable instrumentation.

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Medical Radiation Safety Officer

This five-day lecture/laboratory course introduces course participants to current issues and technologies in the medical applications of radiation. The issues and technologies are discussed in the context of improving and developing an institution’s radiation safety program.

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MARSAME

This four-day training course focuses on the methodology and practical application of the MARSAME standard. This standard supplements the MARSSIM manual that has become the basis for real property final status surveys. The objective of the course is to provide attendees with a solid understanding of the MARSAME standard, practice through exercise and provide practical information related to its implementation.

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MARSSIM

This five-day course emphasizes the decision-making processes involved in the design and implementation of a MARSSIM-based decommissioning survey. Topics include an overview of radiological survey types, the data quality objectives process, selection and application of DCGLs, background reference area selection, survey instrument detection sensitivity, area classification, statistical design of surveys, measurement uncertainty and performing statistical tests.

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Occupational Internal Dosimetry

This five-day course is designed to provide course participants with a thorough understanding of current methods for determining radiation doses resulting from intakes of radioactive materials by workers. The course covers the basic concepts and principles of internal dose assessments, and describes the ICRP internal dosimetry systems and models currently in use in the United States and internationally.

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Radiation Safety Officer Training

This five-day lecture/laboratory course introduces course participants to relevant issues that influence the effectiveness of a radiation safety program. The course emphasizes a variety of administrative and technical issues that a radiation safety officer has to address. An interactive format offers the opportunity for instructor/group discussions to facilitate the learning process.

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Site Characterization in Support of Decommissioning

This five-day course emphasizes site evaluation, data planning, survey implementation and tools, data interpretation, and decision-making processes involved in the historical site assessment, scoping survey and characterization survey phases of decommissioning. Topics include: site assessment, surveys for radiological and chemical contaminants, data quality objectives and assessments, safety evaluations, planning and budgeting.

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