PTP. Professional Training Programs. The source for professional radiological sciences training Courses

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1 Professional Training Programs The source for professional radiological sciences training Courses Applied Health Physics September 14 October 16, 2015 February 29 April 1, 2016 September 12 October 14, 2016 Air Sampling for Radioactive Materials April 11 15, 2016 October 24 28, 2016 Environmental Monitoring April 18 22, 2016 Gamma Spectroscopy January 25 29, 2016 June 6 10, 2016 December 5 9, 2016 Health Physics Statistics April 4-8, 2016 to Radiation Safety May 16 20, 2016 October 31 November 4, 2016 Medical Radiation Safety Officer Training August 17 21, 2015 August 22 26, 2016 MARSAME August 29 September 1, 2016 MARSSIM November 9 13, 2015 January 11 15, 2016 June 13 17, 2016 November 7 11, 2016 Occupational Internal Dosimetry December 14 18, 2015 July 25 29, 2016 Radiation Safety Officer Training June 20 24, 2016 Site Characterization in Support of Decommissioning: Planning, Implementation, and Evaluation January 25 29, 2016 For More Information and/or Registration: registrar@orau.org PTP Since 1948

2 Professional Training Programs 2016 Catalog of Courses Table of Contents Applied Health Physics... 2 September 14 October 16, 2015 February 29 April 1, 2016 September 12 October 14, 2016 Air Sampling for Radioactive Materials... 4 April 11 15, 2016 October 24 28, 2016 Environmental Monitoring... 5 April 18 22, 2016 Gamma Spectroscopy... 6 January 25 29, 2016 June 6 10, 2016 December 5 9, 2016 Health Physics Statistics... 7 April 4 8, 2016 to Radiation Safety... 8 May 16 20, 2016 October 31 November 4, 2016 Course Calendar Medical Radiation Safety Officer Training August 17 21, 2015 August 22 26, 2016 MARSAME August 29 September 1, 2016 MARSSIM November 9 13, 2015 January 11 15, 2016 June 13 17, 2016 November 7 11, 2016 Occupational Internal Dosimetry December 14 18, 2015 July 25 29, 2016 Radiation Safety Officer Training June 20 24, 2016 Site Characterization in Support of Decommissioning: Planning, Implementation, and Evaluation January 25 29, 2016 Registration, Travel, and Lodging Information Registration Form For the most current information about our courses, please access our Web site: PTP Catalog 1

3 APPLIED HEALTH PHYSICS Week One 9:30 AM INTRODUCTION TO RADIOACTIVITY 2:30 PM LAB AND RADIATION SAFETY 3:30 PM Problem Session 1 8:00 AM DECAY RATES 9:30 AM INTERACTIONS OF CHARGED PARTICLES WITH MATTER 11:00 AM GAMMA RAYS, CONVERSION ELECTRONS, X-RAYS, AND AUGER ELECTRONS 2:00 PM COUNTING STATISTICS 3:15 PM Demonstration: Cloud Chamber Lab: Counting Statistics September 14 October 16, 2015 ($9,995) February 29 April 1, 2016 ($9,995) September 12 October 14, 2016 ($9,995) It may be possible to split your attendance between two sessions (e.g., 3 weeks in the spring, 2 weeks in the fall). Contact the Registrar for more information. 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. This intensive five-week training course consists of lectures and laboratory exercises. Participants spend approximately 40% of their time performing laboratory exercises using radiation detection and measurement equipment. Laboratory exercises complement the health physics principles learned in the lectures. Beginning with fundamental principles, each topic progresses to an advanced level. Instruction is fortified with weekly examinations and problem sessions. A final examination is given at the end of the course. This course will satisfy most of the basic science training hours required for a license in medical uses of by-product material. For more information on licensing requirements, contact your state s radiological control program or the U.S. Nuclear Regulatory Commission (NRC). Any person needing training in health physics and radiation protection should attend this course. Attendees should have some training in mathematics, including algebra, and have experience using a calculator with scientific functions. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 8:00 AM INTERACTIONS OF PHOTONS WITH MATTER 9:00 AM GAS DETECTORS 10:30 AM GEIGER MUELLER DETECTORS 1:00 PM Lab: G-M Counting I 8:00 AM PROPORTIONAL COUNTERS 9:00 AM DOSIMETRIC QUANTITIES AND UNITS: EXPOSURE 10:00 AM DOSIMETRIC QUANTITIES AND UNITS: ABSORBED DOSE AND KERMA EQUIVALENT 11:00 AM DOSIMETRIC QUANTITIES AND UNITS: DOSE EQUIVALENT 1:00 PM Problem Session 2 2:00 PM Lab: A) Proportional Counting Lab: B) G-M Counting II 8:00 AM IONIZATION CHAMBERS 9:00 AM SOLID SCINTILLATOR DETECTORS 10:30 AM SURVEY METERS INTRODUCTION 11:00 AM POINT, LINE, PLANE, AND VOLUME SOURCES 1:00 PM Lab: A) G-M Counting II Lab: B) Proportional Counting 3:30 PM Exam I Week Two 8:00 AM SURVEY METERS FOR SURFACE CONTAMINATION 9:00 AM SURVEY METERS FOR MEASURING EXPOSURE RATES 10:30 AM CALIBRATIONS OF SURVEY METERS (Part I) 1:00 PM Lab: A) α α and β Instrument Calibration Lab: B) γ γ Instrument Calibration (gamma) 2:45 PM Lab: A) γ γ Instrument Calibration (gamma) Lab: B) α α and β Instrument Calibration 8:00 AM Exam Review 9:00 AM CALIBRATION OF SURVEY METERS (Part II) 10:30 AM NATURAL BACKGROUND AND MAN-MADE RADIOACTIVITY 1:00 PM Lab: A) Survey Instruments I Lab: B) Survey Instruments II 2:45 PM Lab: A) Survey Instruments II Lab: B) Survey Instruments I 8:00 AM RADIONUCLIDE EQUILIBRIUM 9:30 AM GAMMA SPECTROSCOPY OVERVIEW 11:00 AM GAMMA SPECTRUM FEATURES 2016 PTP Catalog 2

4 1:00 PM Lab: Gamma-Ray Spectroscopy I 2:45 PM Lab: Low Energy Spectral Features 8:00 AM SEMICONDUCTOR DETECTORS 10:30 AM Lab: High Resolution Gamma-Ray Spectroscopy 1:00 PM CRITICIAL LEVELS, DETECTION LIMITS, MINIMUM DETECTABLE ACTIVITIES 2:30 PM Problem Session 3 3:30 PM Lab: Walkover Survey 8:00 AM Lab: High Resolution Gamma-Ray Spectrometry 10:00 AM Lab: High Energy Spectral Features 11:30 AM Demo: Well Detector Spectral Features 1:30 PM Computerized Gamma Spectroscopy 3:30 PM Exam II Week Three 8:00 AM RADIATION PROTECTION REGULATIONS AND STANDARDS 9:00 AM INDUSTRIAL USES OF RADIATION 10:30 AM SHIELDING RADIATION 1:00 PM TRANSPORTATION REGULATIONS 3:00 PM Lab: Radiation Shielding 8:00 AM SEALED SOURCE DESIGN, TESTING, AND LEAK TESTING 9:30 AM Exam Review 10:30 AM X-RAY FLUORESCENCE 11:00 AM Lab: X-ray Fluorescence 1:00 PM Lab: A) Alpha Spectroscopy Lab: B) Protective Clothing and Hand-Helds 2:45 PM Lab: A) Protective Clothing and Hand-Helds Lab: B) Alpha Spectroscopy 8:00 AM X-RAY PRODUCTION 9:30 AM Lab: A) Techniques and Sample Preparation Lab: B) Half-Life of Long-lived Nuclide 12:30 PM Lab: B) Techniques and Sample Preparation Lab: A) Half-Life of Long-lived Nuclide 2:30 PM Lab: Problem Session 4 3:30 PM Lab: RESRAD and MicroShield Demo 8:00 AM ACCELERATORS 9:30 AM RADIATION SURVEYS 10:30 AM LIQUID SCINTILLATION COUNTING 1:00 PM Lab: A) Contamination Survey Lab: B) Leak Testing 2:30 PM Lab: A) Leak Testing Lab: B) Contamination Survey 4:00 PM Lab: Liquid Scintillation Counting 8:00 AM EFFECTS OF RADIATION AT THE CELLULAR LEVEL 9:30 AM ACUTE (EARLY) EFFECTS OF RADIATION 11:00 AM DELAYED (LATE) EFFECTS OF RADIATION 12:00 PM Lab: Radon Charcoal Canisters and Electrets 1:30 PM PREPARING FOR RADIATION EMERGENCIES/RADIATION ACCIDENTS 2:30 PM Tour: REAC/TS NO EXAM THIS WEEK Week Four 8:00 AM RADON AND ITS DECAY PRODUCTS 10:00 AM THERMOLUMINESCENT, FILM, AND OSL DOSIMETRY 1:00 PM RADON II 2:30 PM Lab: A) TLD Systems Lab: B) Electronic Calibration 3:45 PM Lab: B) Floor Monitoring 8:00 AM AIR SAMPLING INTRODUCTION 9:30 AM AIR SAMPLING EQUATIONS 11:00 AM Problem Session 5 1:00 PM AIR SAMPLER CALIBRATION 2:30 PM Lab: A) Electronic Calibration Lab: B) TLD Systems 3:45 PM Lab: A) Floor Monitoring 8:00 AM STACK SAMPLING 10:00 AM ATMOSPHERIC DISPERSION 1:00 PM FUME HOOD DESIGN AND TESTING 2:30 PM Lab: A) Ventilation System Testing Lab: B) Air Sampler Calibration 8:00 AM INTRODUCTION TO NUCLEAR POWER AND REACTOR HEALTH PHYSICS 10:00 AM EXTERNAL DOSIMETRY 12:30 PM Lab: A) Air Sampler Calibration Lab: B) Ventilation System Testing 2:30 PM Lab: Radon Charcoal Canisters and Electrets 8:00 AM INTERNAL DOSIMETRY 11:00 AM BIOASSAY 1:00 PM Problem Session 6: Internal Dosimetry 2:00 PM RESPIRATORY PROTECTION 3:30 PM Exam III Week Five 8:00 AM NEUTRON SOURCES 9:00 AM NEUTRON INTERACTIONS 10:30 AM NEUTRON DETECTION 1:00 PM Lab: A) BF 3 Detectors Lab: B) Air Sampling (Radon Daughters) 2:45 PM Lab: A) Air Sampling (Radon Daughters) Lab: B) BF 3 Detectors 8:00 AM NEUTRON ACTIVATION AND ACTIVATION ANALYSIS 9:00 AM Lab: A) Neutron Activation Analysis Lab: B) Neutron Survey Meter Calibration 10:30 AM Lab: A) Neutron Survey Meter Calibration Lab: B) Neutron Activation Analysis 1:00 PM Lab: Neutron Fluence Rate Measurements 2:30 PM Review of Course Exams and Lab Exercises (Optional) 8:00 AM RADIOACTIVE WASTE MANAGEMENT 9:30 AM MEDICAL USES OF RADIATION 11:00 AM SAMPLE PROCESS 1:00 PM RADIOLOGICAL SURVEY TYPES IN SUPPORT OF DECOMMISSIONING 2:00 PM Lab: Comprehensive Lab Practical 8:00 AM RADIONUCLIDE PATHWAYS 9:00 AM RADIOACTIVE WASTE 10:30 AM MEDICAL USES OF RADIATION 1:00 PM RADIOACTIVITY IN CONSUMER PRODUCTS 8:00 AM Comprehensive Final Exam 10:00 AM Course Critique 10:30 AM Commencement 2016 PTP Catalog 3

5 AIR SAMPLING FOR RADIOACTIVE MATERIALS April 11 15, 2016 ($1,995) October 24 28, 2016 ($1,995) The use of radioactive materials in industry, research, and medicine has created a need for many facilities to perform routine air sampling in both the workplace and the environment. To help meet the need for trained personnel in this area, ORAU conducts a five-day training course Air Sampling for Radioactive Materials. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. The American Board of Industrial Hygiene grants 5.0 Certification Maintenance Points to CIHs for completion of this course. 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. This course is for individuals with limited theoretical background and/or practical work experience who must establish and/or are involved with an air sampling program. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 9:00 AM AIR SAMPLING INTRODUCTION 10:30 AM AIR SAMPLING METHODS FILTERS 1:00 PM AIR SAMPLING METHODS COLLECTING GASES AND VAPORS 2:00 PM AIR SAMPLING METHODS AIR MOVERS (PUMPS) 3:30 PM REGULATIONS AND STANDARDS FOR AIRBORNE RADIOACTIVE MATERIALS 8:00 AM STACK SAMPLING 9:30 AM AIR SAMPLER CALIBRATION 11:00 AM Lab: Flowmeter Calibration I 1:00 PM Lab/Demo: Critical Flow Orifice Lab/Demo: Burial Losses 2:30 PM Lab: Stack Sampling 8:00 AM AIR SAMPLING EQUATIONS 9:30 AM AIR SAMPLING IN THE WORKPLACE 10:30 AM ENVIRONMENTAL AIR SAMPLING 12:30 PM Lab: Air Sampling in the Workplace 2:30 PM Lab: Flowmeter Calibration II 8:00 AM Lab: Sample Analysis 9:00 AM PARTICLE SIZING 10:30 AM Lab: Environmental Air Sampling 1:30 PM CONTINUOUS AIR MONITORS 2:30 PM Lab: Particle Sizing 8:00 AM RADON AND ITS DECAY PRODUCTS 9:30 AM Lab/Demo: Airborne Tritium Measurements 10:00 AM Lab: Sample Analysis 11:30 AM Course Critique and Summary 12:00 PM Lunch (afternoon session optional) 1:00 PM Lab: Radon Daughter Measurements 2:30 PM Lab: Radon Measurements 4:00 PM Adjourn 2016 PTP Catalog 4

6 ENVIRONMENTAL MONITORING April 18 22, 2016 ($1,995) Monitoring programs for environmental radioactivity have been, or are being, established at many facilities. It is essential to ensure that the appropriate types of samples are collected, that the appropriate measurements are made, that the correct sampling and measurement techniques are employed, and that the best locations for these samples and measurements are selected. To help meet the need for trained personnel in this area, ORAU conducts a five-day training course Environmental Monitoring. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. The American Board of Industrial Hygiene grants 5.0 Certification Maintenance Points to CIHs for completion of this course. 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 will be devoted to lectures. This course is for individuals who are designing and/or implementing environmental monitoring programs yet whose practical and/or theoretical experience in this area is limited. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 9:00 AM INTRODUCTION 9:30 AM RADIONUCLIDE PATHWAYS 11:00 AM BACKGROUND RADIOACTIVITY AND RADIATION 1:00 PM ENVIRONMENTAL SURVEILLANCE (MONITORING) PROGRAMS 2:30 PM ENVIRONMENTAL STANDARDS AND REGULATIONS (NRC, EPA, DOE) 8:00 AM DIRECT RADIATION (TLDs, PICs, and NaI; Point Measurements and Surface Scans) 9:30 AM ENVIRONMENTAL AIR SAMPLING 12:30 PM Lab: Gamma Measurements 2:30 PM Lab: Air Sampling 8:00 AM SOIL SAMPLING 10:00 AM SEDIMENT SAMPLING 11:00 AM SAMPLING BIOTA AND FOOD PRODUCTS 1:00 PM Lab: Soil Sampling 2:45 PM Lab: Gamma Measurements and Borehole Logging 8:00 AM SAMPLE PROCESS 9:00 AM Tour: Radiochemistry Lab 10:00 AM WATER SAMPLING 12:30 PM Lab: Sediment Sampling 2:30 PM Lab: Water Sampling 8:00 AM DECOMMISSIONING 9:30 AM Demo: Decommissioning Equipment 10:00 AM Lab: Sample Analysis 11:00 AM Electronic Resources 11:30 AM Course Critique and Adjourn 2016 PTP Catalog 5

7 GAMMA SPECTROSCOPY 9:30 AM GAMMA RAYS, CONVERSION ELECTRONS, X-RAYS, AND AUGER ELECTRONS 11:00 AM INTERACTIONS OF PHOTONS WITH MATTER 1:00 PM GAMMA RAY SPECTROSCOPY OVERVIEW 2:00 PM Lab: Equipment LaBr Energy Calibration LaBr Identification of Unknowns LaBr Measurement of Resolution January 25 29, 2016 ($1,995) June 6 10, 2016 ($1,995) December 5 9, 2016 ($1,995) The use of radioactive materials in industry and government has created a need for persons trained in the current techniques of analyzing gamma-emitting radionuclides. To meet this need, ORAU conducts a five-day training course Gamma Spectroscopy. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. 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, while the remaining time is devoted to classroom lectures. This course is intended for individuals responsible for analysis of samples by gamma spectroscopy. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 8:00 AM SOLID SCINTILLATION DETECTORS 9:00 AM SEMICONDUCTOR DETECTORS 10:30 AM GAMMA SPECTRUM FEATURES 1:00 PM Lab: Equipment HPGe Energy Calibration HPGe Identification of Unknowns HPGe High Energy Spectral Features Low Energy Spectral Features 8:00 AM PREAMPLIFIERS AND AMPLIFIERS 9:00 AM ADC S AND MCA S 10:00 AM GAMMA SPECTROMETRY QUANTITATIVE ANALYSIS 1:00 PM Lab: Pole Zero Adjustment Dead Time Effect of Count Rate on Gain and Energy Calibration Errors at High and Low Count Rate Conversion Gain and Digital Offset Demo: Well Counters 4:00 PM Lab: Efficiency Calibration 8:00 AM SHIELD AND LABORATORY DESIGN 9:00 AM SAMPLE PROCESS 10:00 AM Lab: Efficiency Calibration and Measurement of Unknown Activity 1:00 PM Lab: Ground Loops Peak Stripping Demo: XRF Si(Li) Detectors LEP Spectroscopy 8:00 AM Lab: Geometry Factors 9:00 AM Lab: Coincidence Corrections 10:00 AM Lab: Portable Detectors Identification of Unknowns 11:30 AM Course Critique and Adjourn 2016 PTP Catalog 6

8 HEALTH PHYSICS STATISTICS 8:00 AM Welcome, Registration, Orientation and Photo 8:15 AM DESCRIPTIVE STATISTICS 10:15 AM Practical Exercise: Basic Statistics Hand Calculations 11:00 AM Practical Exercise: Basic Statistics Software Calculations 1:00 PM PROBABILITY DISTRIBUTIONS 3:30 PM Practical Exercise: Chi Square Applications April 4 8, 2016 ($1,995) The modern health physicist must be prepared to review, interpret, and analyze statistical data. The use of statistics and emphasis on risk-based decision-making has become more and more important to the radiation protection community. To help meet the need for trained personnel in this area, ORAU conducts a five-day training course Health Physics Statistics. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. 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. This course is for individuals with limited statistical knowledge and/or practical work experience who must analyze data sets and/or must oversee health physics projects. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 8:00 AM Review Session 8:15 AM INFERENTIAL STATISTICS 9:45 AM Practical Exercise: Confidence Limits 10:15 AM Practical Exercise: Goodness of Fit, Normality, and Outliers 1:00 PM CRITICAL LEVELS AND DETECTION LIMITS 3:00 PM Practical Exercise: Determining Critical Levels and Detection Limits 8:00 AM Review Session 8:15 AM MINIMUM QUANTIFIABLE CONCENTRATION 9:45 AM UNCERTAINTY GENERAL 12:45 PM PROPAGATION OF UNCERTAINTY 1:45 PM Practical Exercise: Combined Uncertainty 2:30 PM CONTROL CHARTS 3:30 PM Practical Exercise: Control Charts 8:00 AM Review Session 8:15 AM STATISTICAL TESTS (Part 1) 11:00 AM Practical Exercise: Interpretation of Statistical Tests 1:00 PM Practical Exercise: Interpretation of Statistical Tests (cont.) 2:00 PM STATISTICAL TESTS (Part 2) 8:00 AM Review Session 9:00 AM REPORTING DATA 10:00 AM SPECIAL STATISTICS IN DECOMMISSIONING 11:30 AM Course Critique and Adjourn 2016 PTP Catalog 7

9 INTRODUCTION TO RADIATION SAFETY May 16 20, 2016 ($1,995) October 31 November 4, 2016 ($1,995) The use of radionuclides and radiation sources in industry, medicine, and education continues to create a need for persons trained in their safe use. To meet this need, ORAU conducts a five-day training course to Radiation Safety. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. The American Board of Industrial Hygiene grants 5.0 Certification Maintenance Points to CIHs for completion of this course. 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, interaction of radiation with matter, biological effects, detection, and measurement. Laboratory exercises emphasize radiation detection and measurement techniques using both fixed and portable instrumentation. This course is designed for individuals who are new to working around sources of radiation and those who are interested in reinforcing their basic understanding of radiation safety and measurements. instructional materials. Attendees will receive a copy of the PTP Electronic Library DVD. 9:00 AM INTRODUCTION TO RADIOACTIVITY 12:30 PM DOSIMETRIC QUANTITIES AND UNITS 2:00 PM INTERACTIONS OF RADIATION WITH MATTER 3:30 PM RADIATION SAFETY PRINCIPLES 8:00 AM SURVEY INSTRUMENTS 9:30 AM Lab: GM Detectors 1:00 PM Lab: Survey Instruments 3:00 PM Demo: Cloud Chamber 3:15 PM Lab: Survey Instruments 8:00 AM DECAY RATES 9:00 AM BIOLOGICAL EFFECTS OF RADIATION 11:00 AM RADIOACTIVE WASTE 1:00 PM GAMMA SPECTROSCOPY 2:15 PM Lab: Gamma Spectroscopy 8:00 AM RADIATION SAFETY REGULATIONS 9:15 AM LIQUID SCINTILLATION 10:15 AM Lab: Laboratory Techniques and Sample Prep 1:00 PM Lab: Liquid Scintillation 2:15 PM RADIATION SURVEYS 3:15 PM Lab: Contamination Surveys 8:00 AM AIR SAMPLING INTRODUCTION 9:30 AM Lab: Internet Resources 9:45 AM SHIELDING RADIATION 11:30 AM Course Critique and Adjourn 2016 PTP Catalog 8

10 Professional Training Programs 2015 Catalog of Courses JULY DECEMBER 2015 July Independence Day August September PTP Catalog Medical Radiation Safety Officer Training August /30 24/ Labor Day Applied Health Physics September 14 October October Applied Health Physics (continued) September 14 October Columbus Day November 2015 Veteran s Day MARSSIM November 9 13 Thanksgiving Day December Occupational Internal Dosimetry December Christmas Day

11 Professional Training Programs 2016 Catalog of Courses JANUARY DECEMBER 2016 January New Year s Day February March Applied Health Physics February 29 April MARSSIM January Martin Luther King, Jr. Birthday 24/ Site Characterization in Support of Decommissioning January Gamma Spectroscopy January President s Day April 2016 Applied Health Physics (continued) February 29 April Health Physics Statistics April Air Sampling for Radioactive Materials April Environmental Monitoring April May to Radiation Safety May Memorial Day June Gamma Spectroscopy June MARSSIM June Radiation Safety Officer Training June

12 July August September Independence Day / Occupational Internal Dosimetry July Medical Radiation Safety Officer Training August MARSAME August 29 September Labor Day Applied Health Physics September 12 October October 2016 Applied Health Physics (continued) September 12 October Columbus Day 1 November to Radiation Safety October 31 November Veteran s Day MARSSIM November December Gamma Spectroscopy December /30 24/ Air Sampling for Radioactive Materials October Thanksgiving Day Christmas Holiday PTP Professional Training Programs

13 MEDICAL RADIATION SAFETY OFFICER TRAINING 9:00 AM CURRENT NUCLEAR MEDICINE PRACTICE: POTENTIAL FOR CONTAMINATION AND EXPOSURE 11:00 AM OVERVIEW OF RADIOACTIVE MATERIALS LICENSING REQUIREMENTS 1:00 PM MEDICAL RADIATION REGULATIONS/ PART 35 REGULATIONS 2:30 PM SURVEY INSTRUMENTS August 17 21, 2015 ($1,995) August 22 26, 2016 ($1,995) Personnel responsible for radiation safety activities in medical institutions are faced with numerous administrative and technical issues. New technologies are continuously being developed, often with unique radiation safety techniques associated with them. New research projects and clinical trials at medical institutions require the RSO to continuously evaluate new protocols, requiring a sound foundation in radiation safety. In order to meet the need within the medical community, ORAU conducts a five-day training course Medical Radiation Safety Officer Training. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. 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. This course is designed for individuals who presently have or anticipate having the responsibility for radiation safety officer activities at medical institutions. Participants should be familiar with the basics of health physics and radiation safety. Individuals new to the field are advised to attend the to Radiation Safety course as a prerequisite. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 8:00 AM INVENTORY CONTROL AND RECORDS 9:00 AM Demo/lab: Radionuclide Package Receipt and Leak Testing 10:00 AM Demo/lab: Radioactive Spills and Decontamination 11:00 AM COMMUNICATION AND TRAINING 1:00 PM INSTRUMENTATION QUALITY CONTROL 2:00 PM Demo/lab: Survey Instruments and Dose Calibrator 3:00 PM DEALING WITH THE RADIOACTIVE PATIENT 8:00 AM CLINICAL MEDICAL ACCELERATORS 9:30 AM OVERVIEW OF BRACHYTHERAPY PHYSICS 10:30 AM PATIENT PROTECTION DURING FLUOROSCOPIC PROCEDURES 1:00 PM ETHICS OF RADIATION PROTECTION IN HUMAN SUBJECT RESEARCH AND PRACTICE 1:45 PM RESPONSIBILITIES OF THE RSO: CHAIN OF COMMAND AND RSO AUTHORITY 2:30 PM SECURITY OF RADIOACTIVE MATERIALS 3:30 PM INTERNAL DOSIMETRY FOR THE MEDICAL RSO 8:00 AM TRANSPORTATION OF RADIOACTIVE MATERIALS 9:00 AM RADIATION SAFETY IN NUCLEAR MEDICINE 10:00 AM RSO s RESPONSE TO DELIBERATE MISUSE OF RADIOACTIVE MATERIALS 11:00 AM COMPLIANCE WITH OTHER REGULATORY AGENCIES 1:00 PM RADIATION EMERGENCY MANAGEMENT 2:00 PM INSPECTIONS AND AUDITS 3:00 PM RADIOISOTOPES AND RADIATION SAFETY IN BIOMEDICAL RESEARCH 4:00 PM TREATMENT FOR INTERNAL CONTAMINATION 8:00 AM POSITRON EMISSION TOMOGRAPHY (PET) 9:30 AM RADIOACTIVE WASTE MANAGEMENT 10:30 AM DOSIMETRY PROGRAM REQUIREMENTS 11:30 AM Electronic Resources 12:00 PM Course Critique and Adjourn 2016 PTP Catalog 12

14 MARSAME August 24 27, 2015 ($1,595) August 29 September 1, 2016 ($1,595) If you are interested in having this course delivered at your site, please contact Tonya Bernhardt at (865) The Multi-Agency Radiation Survey and Assessment of Materials and Equipment Manual (MARSAME) is a supplement to the Multi-Agency Radiation Survey and Site Investigation Manual (MARSSIM 2002). MARSAME provides technical information on approaches for planning, implementing, assessing, and documenting surveys to determine proper disposition of materials and equipment (M&E). ORAU conducts this four-day course to familiarize individuals with the theory and implementation of the MARSAME manual. The American Academy of Health Physics grants 24 Continuing Education Credits for completion of this course. 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 exercises, and provide practical information related to its implementation. This course is designed for individuals responsible for the design and execution of surveys for the release of materials and equipment from facilities that handle, or previously handled, radioactive materials. Individuals who would attend this course include health physicists, project managers, and 8:45 AM COURSE INTRODUCTION AND OBJECTIVES 9:15 AM MARSSIM OVERVIEW AND REVIEW 10:15 AM INTRODUCTION TO MARSAME 1:00 PM INITIAL ASSESSMENT: PRELIMINARY SURVEYS 1:45 PM Class Exercise #1: Preliminary Surveys 3:00 PM ACTION LEVELS 8:00 AM Class Exercise #2: Action Levels 9:30 AM MEASUREMENT QUALITY OBJECTIVES 10:30 AM DETECTION SENSITIVITY OF SURVEY INSTRUMENTATION 1:00 PM DETECTION SENSITIVITY (continued) 2:00 PM Class Exercise #3: Detection Sensitivity 3:15 PM MEASUREMENT UNCERTAINTY 8:00 AM SURVEY APPROACHES AND CONSIDERATIONS 9:00 AM SURVEY PLANS 9:30 AM Class Exercises #4 and #5: Survey Approaches and Survey Plans 1:00 PM IMPLEMENTING THE SURVEY 2:00 PM DATA QUALITY ASSESSMENT 2:30 PM Class Exercise #6: Evaluating Example Data Sets 8:00 AM RELEASE AND CLEARANCE PLAN 10:00 AM COURSE SUMMARY 11:00 AM Course Critique and Adjourn those providing oversight of the process such as regulatory personnel. A basic familiarity with MARSSIM methodology and/or terminology is helpful, but not required. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD PTP Catalog 13

15 MARSSIM November 9 13, 2015 ($1,995) January 11 15, 2016 ($1,995) June 13 17, 2016 ($1,995) If you are interested in having this course delivered at your site, please contact Tonya Bernhardt at (865) As more and more attention is being directed toward the decommissioning of nuclear facilities, the need for a standardized approach for implementing the necessary radiological surveys has become apparent. A multi-agency committee representing the NRC, DOE, EPA, and DOD has attempted to address this need by producing a guidance document known as the Multi-Agency Radiation Survey and Site Investigation Manual (MARSSIM). ORAU conducts this five-day course to familiarize participants with the theory and implementation of the MARSSIM manual. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. 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. This course is designed for individuals responsible for designing decommissioning radiological survey plans, overseeing the implementation of these plans, and evaluating the collected data. It is not designed for the technicians who will actually be performing the surveys. 9:00 AM MARSSIM OVERVIEW 3:00 PM RADIOLOGICAL SURVEY TYPES IN SUPPORT OF DECOMMISSIONING 8:00 AM DCGLs: SELECTION AND APPLICATION 9:30 AM RESRAD/DandD, RESRAD Build, VSP 1:00 PM Class Exercise: DCGLs Problem Set Questions 2:30 PM CLASSIFICATION OF SURVEY UNITS 4:00 PM ELECTRONIC RESOURCES 8:00 AM REFERENCE AREAS 10:00 AM SURVEY ACTIVITY ASSESSMENT & DETECTION SENSITIVITY OF SURVEY INSTRUMENTATION 1:00 PM STATISTICAL DESIGN OF FINAL STATUS SURVEY 3:30 PM INTEGRATED FINAL STATUS SURVEY 8:00 AM Class Exercise: Examples for MARSSIM FSS Design 10:30 AM NUREG 5849 AND TRIAD AS ALTERNATIVE APPROACHES 12:30 PM MARSAME (SUPPLEMENT TO NUREG-1575) 1:30 PM PERFORMING STATISTICAL TESTS 2:00 PM EVALUATING THE CUSHING DATA SET 3:00 PM DATA QUALITY ASSESSMENT 8:00 AM INDISTINGUISHABLE FROM BACKGROUND 10:30 AM FINAL STATUS SURVEY REPORTS 11:00 AM MARSSIM SUMMARY 12:00 PM Course Critique and Adjourn instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD PTP Catalog 14

16 OCCUPATIONAL INTERNAL DOSIMETRY December 14 18, 2015 ($1,995) July 25 29, 2016 ($1,995) Personnel working with unencapsulated radioactive materials have the potential to receive internal doses via inhalation or ingestion. Recent experience involving the intake of alpha emitters at nuclear power plants has created a need for individuals who understand the current methods for determining radiation dose from such intakes. To meet this need, ORAU conducts a five-day training course Occupational Internal Dosimetry. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. 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 U.S. and internationally. Bioassay methods (both direct and indirect) are reviewed and bioassay interpretation is discussed in detail. Regulations and regulatory guidance is discussed, including the design of bioassay programs and methods for demonstrating regulatory compliance. Finally, quality assurance and methods for program evaluation are covered. Throughout the course, students work detailed example problems covering all aspects of internal dose assessment. This course is designed for individuals who currently have or anticipate having the responsibility to implement, manage or evaluate occupational internal dosimetry programs. Participants should be familiar with basic concepts and radiation quantities and units. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 8:30 AM INTRODUCTION TO INTERNAL DOSIMETRY 11:15 AM DOSIMETRY SYSTEMS-ICRP 2 1:00 PM DOSIMETRY SYSTEMS-ICRP 26/30 2:00 PM DOSIMETRY SYSTEMS-ICRP 60 3:00 PM DOSIMETRY SYSTEMS-ICRP 103 3:30 PM Problem Session 8:00 AM INTAKE MODELS: INHALATION 9:30 AM INTAKE MODELS: INGESTION 11:00 AM INTAKE MODELS: CONTAMINATED WOUNDS 12:45 PM SYSTEMIC BIOKINETIC MODELS 2:00 PM DOSIMETRY MODELS 3:00 PM Problem Session 8:00 AM REGULATIONS AND GUIDANCE AIR SAMPLING IN THE WORKPLACE 10:15 AM BIOASSAY PROGRAMS 12:30 PM IN VITRO BIOASSAY METHODS 1:30 PM IN VIVO BIOASSAY METHODS 2:15 PM BIOASSAY DATA INTERPRETATION 3:30 PM Problem Session 8:00 AM NRC REGULATIONS AND GUIDANCE 9:00 AM INTERNAL DOSIMETRY AT NUCLEAR POWER PLANTS 10:15 AM INTERNAL DOSIMETRY AT URANIUM FACILITIES 12:30 PM INTERNAL DOSIMETRY AT RESEARCH & MEDICAL FACILITIES 1:30 PM FETAL DOSIMETRY 2:15 PM INTERNAL DOSIMETRY COMPUTER CODES 3:00 PM Problem Session 8:00 AM TREATMENT FOR INTERNAL CONTAMINATION 8:45 AM SUPPLEMENTAL MATERIAL 10:00 AM Q&A 11:30 AM Course Critique and Adjourn 2016 PTP Catalog 15

17 RADIATION SAFETY OFFICER TRAINING June 20 24, 2016 ($1,995) Personnel responsible for radiation safety activities are faced with numerous administrative and technical issues. These issues are often complex and require individuals who are well trained in and responsive to existing and evolving regulations. To assist those individuals who desire a successful radiation safety program, ORAU conducts a five-day training course Radiation Safety Officer Training. The American Academy of Health Physics grants 40 Continuing Education Credits for completion of this course. The American Board of Industrial Hygiene grants 5.0 Certification Maintenance Points to CIHs for completion of this course. 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. This course is designed for individuals who presently have or anticipate having the responsibility for radiation safety officer activities at their facility. Participants should be familiar with the basics of health physics and radiation safety. Individuals new to the field are advised to attend the to Radiation Safety or Applied Health Physics courses as a prerequisite. instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD. 9:00 AM RADIATION SOURCES AND EQUIPMENT 10:30 AM SURVEY INSTRUMENTS 1:00 PM Lab: Survey Instruments I 1:45 PM Lab: Survey Instruments II 2:30 PM LIQUID SCINTILLATION COUNTING 3:30 PM Lab: Liquid Scintillation Counting 8:00 AM SEALED SOURCE DESIGN AND LEAK TESTING 9:00 AM Sealed Source Leak Testing Lab 10:30 AM CALIBRATION OF SURVEY INSTRUMENTS 1:00 PM Lab: Instrument Calibration Alpha and Beta 2:45 PM Lab: Instrument Calibration Gamma 8:00 AM RADIATION SAFETY REGULATIONS AND STANDARDS 9:00 AM RADIATION SURVEYS 10:00 AM TRANSPORTATION OF RADIOACTIVE MATERIALS 11:00 AM Lab: Shipping RAM Packages 11:30 AM Lab: Receiving RAM Packages 1:00 PM CHALLENGES FOR THE HP IN RADIATION ACCIDENT MANAGEMENT 2:00 PM ORGANIZATIONAL STRUCTURE 2:45 PM INVENTORY CONTROL AND RECORDS 3:30 PM SECURITY OF RADIOACTIVE MATERIALS 8:00 AM COMMUNICATION AND TRAINING 8:45 AM INSPECTIONS AND AUDITS 9:30 AM Lab: Floor Monitoring 10:45 AM Lab: Contamination Surveys 1:00 PM GAMMA SPECTROSCOPY OVERVIEW 2:15 PM Lab: Gamma Spectroscopy 8:00 AM RADIOACTIVE WASTE MANAGEMENT 9:00 AM DOSIMETRY PROGRAM REQUIREMENTS 10:00 AM EMERGENCY PLANNING 11:00 AM Electronic Resources 11:30 AM Course Critique and Adjourn 2016 PTP Catalog 16

18 ter diameter area. SITE CHARACTERIZATION IN SUPPORT OF DECOMMISSIONING: PLANNING, IMPLEMENTATION, AND EVALUATION January 25 29, 2016 ($1,995) If you are interested in having this course delivered at your site, please contact Tonya Bernhardt at (865) or Tim Vitkus at (865) Successful site remediation, final status surveys (FSS), and facility release are dependent upon the adequacy of the initial decommissioning planning. Because so much of the information that ultimately feeds into the planning and documentation that supports release guideline development, remediation, and final status surveys is generated during early site reconnaissance, it is imperative that the historical site assessment and characterization are integrated with the overarching plans for eventually releasing a site. The driving guidance for the FSS of radiologically contaminated sites is MARSSIM. Together with additional guidance documents that include the NRC s Consolidated Decommissioning Guidance (NUREG-1757), MARSAME, as well as guidance from our European counterparts, this course has been designed to bridge the gap between available training and emphasis on the performance of final status surveys to ensure that the initial historical site assessments and characterization surveys, from which the majority of the important decision-making data arise, are conducted in an integrated approach for decommissioning that will feed directly into FSS planning and site release. The American Academy of Health Physics grants 32 Continuing Education Credits for completion of this course. 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. Much of the course involves planning sessions and individual and class exercises. Topics include: site assessment, surveys for radiological and chemical contaminants, data quality objectives and assessments, safety evaluations, planning, and budgeting. This course is designed for individuals who will be responsible for the oversight and planning of the surveys leading up to remediation and FSS, determining data needs and data evaluation and reporting. Although general concepts from MARSSIM are included in the course, experience or previous training using MARSSIM is not a prerequisite. 9:00 AM COURSE GOALS AND INTRODUCTIONS 9:15 AM PURPOSE OF CHARACTERIZATION SURVEYS 9:45 AM DESCRIPTIVE STATISTICS 11:00 AM QUALITY ASSURANCE PROJECT PLAN (QAPP) 12:30 PM RADIOLOGICAL SURVEY TYPES IN SUPPORT OF DECOMMISSIONING 1:00 PM OVERVIEW OF ANSI N :30 PM MARSSIM OVERVIEW 8:00 AM MARSAME (SUPPLEMENT TO NUREG-1575) 9:30 AM CHARACTERIZATION AND DECONTAMINATION OF BUILDING AND ASSOCIATED STRUCTURES 10:00 AM CHARACTERIZATION AND DECONTAMINATION OF LAND AREAS 11:00 AM PATHWAY MODELING AND DCGLs 1:00 PM RESRAD 2:00 PM CHARACTERIZATION START POINT: THE HISTORICAL SITE ASSESSMENT PROCESS 2:45 PM Exercise: HSA and Development of CSM 4:00 PM SUMMARY: HSA AND CSM 8:00 AM SAMPLING DESIGNS 8:30 AM ANTICIPATED SOW/WAC 9:00 AM SCOPING SURVEY PLANNING 9:30 AM Exercise: Scoping Survey Planning 10:30 AM SUMMARY: SCOPING SURVEY PLANNING 12:30 PM Exercise: Scoping Survey Results Review and CSM Revisions 2:00 PM SUMMARY: SCOPING SURVEY RESULTS 3:00 PM LAND AREA CHARACTERIZATION TECHNIQUES 8:00 AM Exercise: Land Area Characterization 11:00 AM STRUCTURAL CHARACTERIZATION TECHNIQUES 1:00 PM Exercise: Structural Characterization 3:00 PM Class Discussion: Sample Characterization Results Analysis 8:00 AM Class Discussion: Sample Characterization Results Analysis 9:30 AM EQUIPMENT AND SYSTEMS APPROACHES 11:00 AM DATA MANAGEMENT 12:00 PM Course Critique and Adjourn instructional materials. Attendees will also receive a copy of the PTP Electronic Library DVD PTP Catalog 17

19 Professional Training Programs 2016 Catalog of Courses Registration Procedure To register for a course, send a completed registration form to the Registrar via , fax, or regular mail. Payment options include personal or business check, credit card, purchase order, or EFT. To pay by credit card or EFT, please complete the registration form and contact the Registrar. If you register and are then unable to attend a course, please contact the Registrar as soon as possible. Non-U.S. Citizens Since this training takes place in a U.S. Department of Energy facility, certain security requirements must be enforced. Foreign nationals might need to be cleared before attending a course, a process that may take several weeks to several months. If you are a foreign national, please contact the Registrar immediately for additional information. Confirmation and Cancellation You may cancel your registration 30 days prior to the course start date with no penalty. Individuals that cancel within 30 days of the course start date will be assessed a 10% cancellation fee based on the cost of the course. Individuals who do not notify ORAU of cancellation and do not attend the course will be assessed a 20% cancellation fee. Cancellations must be communicated directly to the PTP Registrar and a confirmation will be provided. Cancellation fees will be invoiced to participants after the completion of the course. If the course was paid in full at the time of registration, reimbursement minus any applicable cancellation fee will be processed after course completion. ORAU s Professional Training Programs (ORAU-PTP) reserves the right to cancel or reschedule a course due to insufficient participants, or for other reasons beyond our control. If a course is cancelled, you will be notified by phone or one month prior to the start date of the course. No cancellation fee will be assessed for courses cancelled by ORAU-PTP. If ORAU-PTP cancels the course, any payments received prior to the cancellation of the course will be refunded in full. ORAU-PTP does not recommend that participants make non-refundable travel arrangements prior to the one month cancellation window. ORAU-PTP is not liable for such costs if the course is cancelled. On-Line Registration Register on-line at Registration Form Time Action Cancellation Fee 30 days before start date of the course < 30 days before start date of the course Week of Course ORAU-PTP cancels course Participant cancels registration Participant cancels registration Participant does not attend and/or provide notification before start date of the course The registration form can be found on page 20 of this catalog. The registration form can also be obtained by downloading it from or by calling the Registrar. Additional Information or Assistance Additional information and assistance may be obtained between 8 a.m. and 4 p.m. EST by contacting: Registrar, Professional Training Programs Oak Ridge Associated Universities P.O. Box 117, MS 11 Oak Ridge, TN Phone: (865) Fax: (865) registrar@orau.org Web site: None None 10% of course cost 20% of course cost 2016 PTP Catalog 18

20 Professional Training Programs 2016 Catalog of Courses Travel/Lodging Route from Knoxville Airport to Oak Ridge area hotels: S. Illinois Ave. Oak Ridge Turnpike 62 Lafayette Dr. Oak Ridge 62 Edgemoor Rd. 1. From the airport, take Alcoa Highway (US 129) North toward Knoxville for approximately 2.5 miles. Clinch 62 River Oak Ridge Hwy Pellissippi 2. Take the exit to I-140 West toward Oak Ridge and go northwest for approximately 12 miles. Hardin Valley Rd. 162 Lovell Rd. Pky. Knoxville 3. I-140 (Pellissippi Parkway) will become Highway 162 after crossing Interstate 40. Remain on Highway 162 to Oak Ridge for an additional 6 miles. 4. Highway 162 (Pellissippi Parkway) will merge with Highway 62 (Oak Ridge Hwy). Follow the Oak Ridge Highway across the Clinch River Bridge and continue on Hwy 62 past the Bethel Valley Road exit (DO NOT exit to the right onto Bethel Valley Rd.) 5. Follow Highway 62 to Oak Ridge. To Nashville/Chattanooga To Knoxville N I-40 I I-40 I-75 Kingston Pike George Williams Westland Northshore Dr. 162 Tennessee Knoxville McGhee Tyson Airport River 162 Topside Rd. Oak Ridge (I-140) Alcoa Highway To Knoxville Please contact the Registrar at (865) for more information about lodging and special rates. Comfort Inn 433 S. Rutgers Ave. Oak Ridge, TN (865) Fax (865) Reservations: Doubletree Hotel 215 South Illinois Ave. Oak Ridge, TN (865) Fax (865) Reservations: TREE Hampton Inn 208 S. Illinois Ave. Oak Ridge, TN (865) Fax (865) Reservations: HAMPTON Quality Inn 216 S. Rutgers Ave. Oak Ridge, TN (865) FAX (865) Reservations: Westgate Lodging 101 Gates Drive Oak Ridge, TN (865) Fax (865) Candlewood Suites Parkside Drive Knoxville, TN (865) Fax (865) Staybridge Suites 420 S. Illinois Ave. Oak Ridge, TN (865) Reservations: Holiday Inn Express 114 Tulsa Road Oak Rigde, TN PTP Catalog 19

21 Registration Form To register on-line, visit Applied Health Physics Sep 14 Oct 16, 2015 ($9,995) Feb 29 April 1, 2016 ($9,995) Sep 12 Oct 14, 2016 ($9,995) Air Sampling for Radioactive Materials Oct 26 30, 2015 ($1,995) Apr 11 15, 2016 ($1,995) Oct 24 28, 2016 ($1,995) Environmental Monitoring Apr 18 22, 2016 ($1,995) Gamma Spectroscopy Jan 25 29, 2016 ($1,995) Jun 6 10, 2016 ($1,995) Dec 5 9, 2016 ($1,995) Health Physics Statistics Apr 4 8, 2016 ($1,995) to Radiation Safety Nov 2 6, 2015 ($1,995) May 16 20, 2016 ($1,995) Oct 31 Nov 4, 2016 ($1,995) Medical Radiation Safety Officer Training Aug 17 21, 2015 ($1,995) Aug 22 26, 2016 ($1,995) MARSAME Aug 29 Sep 1, 2016 ($1,595) MARSSIM Nov 9 13, 2015 ($1,995) Jan 11 15, 2016 ($1,995) Jun 13 17, 2016 ($1,995) Nov 7 11, 2016 ($1,995) Occupational Internal Dosimetry Dec 14 18, 2015 ($1,995) Jul 25 29, 2016 ($1,995) Radiation Safety Officer Training Jun 20 24, 2016 ($1,995) Site Characterization in Support of Decommissioning: Planning, Implementation, and Evaluation Jan 25 29, 2016 ($1,995) * For individuals registering outside the United States, and paying by EFT, please add a handling fee of $50.00 US dollars to the registration fee. Name (please use full name) Job Title (Please indicate the name you wish to use on name tag) Employer/Sponsor (please use full name) Department Business Address City State ZIP Phone ( ) FAX ( ) Citizenship: USA Other If you are not a US Citizen, please contact the Registrar for additional information. Daytime phone ( ) evening ( ) ORAU and its facilities comply with the Americans with Disabilities Act (ADA). Please let us know in advance of any special needs you may have. Method of Payment: (checks should be made payable to ORAU): Check Number Credit Card Direct Deposit P.O. For information regarding credit card payment or Electronic Fund Transfer (EFT), please contact the Registrar at or registrar@orau.org. Signature of Applicant Mail this form and fee to: Registrar, Professional Training Programs Oak Ridge Associated Universities P.O. Box 117, MS 11 Oak Ridge, TN Note: Date A course may be canceled or rescheduled up to one month prior to the course start date. Please do not make any non-refundable travel arrangements prior to that time. You may cancel your registration 30 days prior to the course start date with no penalty. Individuals that cancel within 30 days of the course start date will be assessed a 10% cancellation fee based on the cost of the course. Individuals who do not notify ORAU of cancellation will be assessed a 20% cancellation fee. Cancellations must be communicated directly to the PTP Registrar PTP Catalog 20