December 1998
Contributions to the CHP News and the "CHP Corner" should be sent to Gary Kephart or Steve Rima. (See AAHP Administrative Roster, for address & phone numbers.)MINUTES OF THE ANNUAL ACADEMY BUSINESS
MEETING
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| All CHPs | Count | Average | Median | Max | Min | Std Dev |
| CHPs | 355 | $83,076 | $77,500 | $172,500 | $27,500 | $21,523 |
Table 2: CHPs by Education and Field
| Education | Count | Average | Median | Max | Min | Std Dev |
| Bachelors Health Physics | 17 | $73,088 | $67,500 | $122,500 | $52,500 | $17,400 |
| Bachelors Other Field | 43 | $80,291 | $82,500 | $112,500 | $52,500 | $14,569 |
| Masters Health Physics | 139 | $80,737 | $77,500 | $137,500 | $47,500 | $18,414 |
| Masters Other Field | 56 | $83,027 | $77,500 | $152,500 | $47,500 | $25,069 |
| Ph.D. Health Physics | 41 | $88,720 | $82,500 | $152,500 | $27,500 | $25,975 |
| Ph.D. Other Field | 41 | $91,159 | $87,500 | $172,500 | $42,500 | $26,268 |
| Masters Health Physics and Masters Other Field | 13 | $85,192 | $87,500 | $122,500 | $52,500 | $21,853 |
Table 3: CHPs by Education and 10-15 Years Experience
| Education & 10-15 Years Experience | Count | Average | Median | Max | Min | Std Dev |
| Masters Health Physics | 31 | $73,629 | $67,500 | $127,500 | $47,500 | $15,314 |
| Masters Other Field | 10 | $73,000 | $67,500 | $152,500 | $47,500 | $30,318 |
| Ph.D. Health Physics | 10 | $70,000 | $67,500 | $92,500 | $57,500 | $12,528 |
Table 4: CHPs by Education and 15-25 Years Experience
| Education & 15-25 Years Experience | Count | Average | Median | Max | Min | Std Dev |
| Bachelors Health Physics | 10 | $78,000 | $72,500 | $122,500 | $52,500 | $19,501 |
| Bachelors Other Field | 24 | $81,667 | $82,500 | $112,500 | $52,500 | $15,370 |
| Masters Health Physics | 65 | $79,885 | $77,500 | $137,500 | $57,500 | $16,656 |
| Masters Other Field | 13 | $77,222 | $72,500 | $122,500 | $47,500 | $18,588 |
| Ph.D. Health Physics | 13 | $92,115 | $82,500 | $152,500 | $62,500 | $24,192 |
| Ph.D. Other Field | 14 | $90,357 | $90,000 | $132,500 | $57,500 | $19,086 |
Table 5: CHPs by Education and NRRPT
| Education & NRRPT | Count | Average | Median | Max | Min | Std Dev |
| Bachelors Other Field | 17 | $73,676 | $67,500 | $107,500 | $52,500 | $13,979 |
| Masters Health Physics | 10 | $79,500 | $80,000 | $127,500 | $52,500 | $21,370 |
Table 6: CHPs by Education and PE
| Education & PE | Count | Average | Median | Max | Min | Std Dev |
| Masters Health Physics | 7 | $76,071 | $77,500 | $102,500 | $52,500 | $16,762 |
| Masters Other Field | 9 | $94,167 | $97,500 | $122,500 | $72,500 | $19,526 |
Table 7: Bachelors Other Field and Primary Employer
| Bachelors Other Field & Primary Employer | Count | Average | Median | Max | Min | Std Dev |
| Nuclear Power Facility | 14 | $78,929 | $75,000 | $112,500 | $57,500 | $17,145 |
Table 8: Masters Health Physics and Primary Employer
| Masters Health Physics & Primary Employer | Count | Average | Median | Max | Min | Std Dev |
| Commercial | 19 | $81,447 | $72,500 | $127,500 | $62,500 | $18,225 |
| Consulting Firm | 14 | $95,357 | $92,500 | $137,500 | $67,500 | $21,096 |
| Federal Government | 19 | $83,553 | $77,500 | $122,500 | $52,500 | $18,899 |
| Government Contractors | 18 | $79,444 | $77,500 | $102,500 | $62,500 | $12,964 |
| National Laboratory | 22 | $76,136 | $72,500 | $107,500 | $47,500 | $15,521 |
| Nuclear Power Facility | 20 | $85,500 | $82,500 | $132,500 | $57,500 | $20,417 |
| State Government | 8 | $75,625 | $75,000 | $102,500 | $57,500 | $15,104 |
| University | 11 | $67,955 | $67,500 | $87,500 | $47,500 | $14,045 |
Table 9: Masters Other Field and Primary Employer
| Masters Other Field & Primary Employer | Count | Average | Median | Max | Min | Std Dev |
| National Laboratory | 10 | $84,000 | $82,500 | $102,500 | $52,500 | $14,347 |
Table 10: Masters Health Physics and Primary Job Responsibility
| Masters Health Physics & Primary Job Responsibility | Count | Average | Median | Max | Min | Std Dev |
| Administration | 25 | $85,900 | $82,500 | $137,500 | $52,500 | $19,079 |
| Applied Health Physics | 33 | $76,288 | $72,500 | $112,500 | $47,500 | $16,058 |
| Dosimetry | 9 | $75,278 | $72,500 | $92,500 | $57,500 | $10,929 |
| Radiation Safety Officer | 12 | $75,000 | $72,500 | $102,500 | $52,500 | $16,026 |
| Radiological Assessment | 12 | $81,250 | $77,500 | $122,500 | $47,500 | $19,203 |
| Regulations/Standards | 10 | $83,000 | $77,500 | $122,500 | $62,500 | $20,200 |
Table 11: Ph.D. Health Physics and Primary Job Responsibility
| Ph.D Health Physics & Primary Job Responsibility | Count | Average | Median | Max | Min | Std Dev |
| Radiation Safety Officer | 10 | $93,500 | $92,500 | $117,500 | $62,500 | $22,086 |
Table 12: Self-Employed CHPs (without regard to responses on whether benefits received)
| Self-Employed CHPs (w/o regard to benefits) | Count | Average | Median | Max | Min | Std Dev |
| CHPs | 11 | $88,864 | $82,500 | $122,500 | $67,500 | $16,446 |
Table 13: CHPs with Medical Physics as Primary Job Responsibility
| Medical Physics Primary Job | Count | Average | Median | Max | Min | Std Dev |
| Medical Physics CHPs | 17 | $90,735 | $87,500 | $172,500 | $27,500 | $37,953 |
I was unable to include a discussion of the many replies received for this question at this writing. However, it will be included in a future CHP Newsletter issue and the AAHP website: http://www.aahp-abhp.org In closing I would like to thank all of you who provided your input.
A Personal Perspective on Computer-Based Certification Exams
The day before I sat down to write this article, your Associate Editor had the unique experience (Im being nice here) of taking a computer-based certification exam. I took the Comprehensive portion of the Board of Certified Safety Professionals (BCSP) exam to get the Certified Safety Professional (CSP) credential. Fortunately I passed; I might be reluctant to write this article had the outcome been different. I dont particularly look back on the day I took both parts of the CHP Exam with fondness, and Im sure that yesterday wont stick in my mind as a fun day either.
Recently, the ABHP has discussed computer -based exams as one option of administering the CHP exam sometime in the future. Before this happens, many things must be considered and the pros and cons of such a move evaluated. After experiencing this firsthand, Im quite honestly not sure if it would be a good move or a bad one.
The BCSP has chosen to have their exams administered by the Sylvan Learning Center people. To schedule an exam date after youre accepted by the BCSP, you have to call a national Sylvan number and register for the exam location, date and time you want. Unfortunately, I found out that not every Sylvan Learning Center, which seem to be located everywhere, is a Sylvan Testing Center. Even though there is a learning center here in town, the nearest testing center is 250 miles away!
With my exam scheduled, I showed up at the testing center, presented my BCSP authorization letter and a picture I.D., and was shown how to use the computer. To Sylvans credit, the actual process on the computer is simple enough that anyone somewhat familiar with using a mouse can easily take the exam. This is good; nobody should have to worry about how to use the computer while taking a certification exam. There is even an option for a short tutorial and practice session prior to beginning the exam; I looked at it and it seemed quite user friendly.
Once the exam was underway, it was much like any other multiple-choice exam. A clock kept track of the time remaining in the upper right corner of the screen; unfortunately there was no way to stop it even for bathroom breaks. Graphics were available for a number of questions; these were easily displayed on the screen. It was also easy to mark a question to come back to later. Unfortunately, 3.5 hours into the exam, to my complete and utter horror, the power went out! I was quickly assured that this has happened before and that everything I had done so far was saved. When the power was regained almost two hours later, I found this to be true and continued to complete the exam. I have no idea what would have happened if the power was out for any extended time but this is certainly a possibility that must be considered.
At the conclusion of this seven hour marathon, (with no food or drink; Sylvan doesnt allow it in the testing room) I told the computer that I was finished. Within a few seconds it told me that I had passed and gave a final percentage score. Its certainly gratifying to get a passing score instantly; Im not sure how those not passing feel about the instant scoring though.
Based on my experience, there are certainly pros and cons to the computer based format, and some potential problems that must be considered and solutions developed prior to going to a computer based CHP exam. Its a viable option for multiple choice exams, but for other exam formats Im not sure it would work as well. For example, typing skills or the lack thereof should not be a factor in passing an exam or finishing an exam in the allotted time. Obviously, essay-type questions with calculations, as is the case with the present Part II Exam, are not a candidate for a computer-based format.
As an aside, I was surprised to find a small number of health physics questions on the exam. The only decay question on it provided the third-life of the isotope rather than the half-life!
- Steve Rima
8:00 a.m. 5:00 p.m., Each Course is Worth 16 CECs
AAHP COURSE 1
PERSONNEL DOSIMETRY IN PERSPECTIVE.
Michael Lantz, CHP, Palo Verde Nuclear Plant
This course presents a practical approach to personnel dosimetry, exploring both internal and external dosimetry topics. This course is a must for any health physicist, no matter the specicality area. Mr. Lantz will use his 25 years in dosimetry and 10 years of experience as a NVLAP assessor to integrate all of the aspects.
Practical examples are used to explore the following areas: Why, what, and how do you evaluate high and low dose TLDs; Comparison of TLD and ED results; Making sense of multiple chip dosimeters; TLD QA; Neutron dosimetry with cadmium and without cadmium; Neutron calibration standards for nuclear power; Hot particle doses and limitations; Noble gas dosimetry; Near contact dosimetry; Usefulness of passive whole body monitors; Invitro and Invivo Bioassay programs and ALIs (Making sense of those IRFs); In vivo counting; internal versus fixed external contamination; QA checks for individual counts; Air sampling and bioassay; Radon and air sampling; Dose based, not intake based monitoring; Respirable versus non-respirable; Particle sizing (why is it important in most cases); First day counts; Effective DAC calculations for alphas with Pu-241 added; Revised ALI/DAC calculations.
Bring your questions, including those youve always been afraid to ask, and be prepared to pull it all together. The emphasis is on the practical.
AAHP COURSE 2
Health Physics Applications Using the Monte Carlo Program MCNP.
Dick Olsher, CHP and David Seagraves of the Health Physics Measurements Group, Los Alamos National Laboratory
Monte Carlo type calculations are now encountered in a variety of HP areas. This course provides the HP with the opportunity to become familiar with the concepts of one of the more widely used codes, MCNP. The concepts covered in this course are useful to those who will be users of the results of Monte Carlo calculations as well as those who will actually perform the calculations.
MCNP is ideally suited to the needs of the HP interested in performing radiation shielding and skyshine calculations, detector simulation studies, in situ geometries, or dosimetry. With a little coaching and study of the examples, many HPs will find they are able to solve problems that have, in the past, been out of reach. Problems that involve a complex geometry can be easily solved using MCNP (e.g., designing a maze entrance to a radiation room). The calculations in MCNP are based on detailed physics models and very accurate cross section tables that require no energy group compromises to be made.
This course introduces the basic concepts of Monte Carlo, demonstrates how to put together a MCNP input file, and illustrates some health physics applications of the code. No prior knowledge of Monte Carlo is assumed. The course will not attempt to overwhelm the student with all of the details necessary to independently perform useful calculations. Instead, the focus of the lectures and demonstrations will be on providing a practical boost toward learning the program and guiding the student toward further study.
The Los Alamos MCNP program is a general and powerful Monte Carlo transport code for photons, neutrons, and electrons. MCNP can be safely described as the industry standard with more than 600 person-years of development effort behind it. The code is supported on a variety of platforms and is now accessible to HPs using desktop or laptop personal computers.
Lectures will include: Overview of the MCNP code and the Monte Carlo method, basic concepts; input file preparation, geometry, source definition, data cards; discussion of standard MCNP tallys; and methods of dose and exposure calculation. Demonstrations include: Point Source, fluence calculation; Area Source, fluence calculation; Calculation of Cs-137 Gamma Ray Constant. Each demonstration will include a discussion of input and output files.
The course will provide information on how to obtain a copy of MCNP and its data libraries from the Radiation Safety Information Computational Center (RSICC) at Oak Ridge. Only RSICC is authorized to distribute licensed copies of the MCNP code package. All of the input and output files for the class demonstrations will be provided for self-study on a diskette. Additional training opportunities will be described and a bibliography will be included in the course notes.
With the January 15, 1999 application deadline looming ever closer this is one of the busiest times of year for our Nancy Johnson, our Program Director at Burke & Associates. In order to avoid needless frustration and delays or possible rejection of applications I would like to remind all applicants of our basic requirements and review the most common problems encountered in processing applications for Certification:
Incomplete application forms A few applicants still dont feel that it is necessary to complete the application form and merely attach a resume with a reference to see attached. Some applications appear to be hastily completed and are almost illegible. An important purpose of the application form is to assure the collection and objective evaluation of the basic minimum qualifications for certification. The Board has invested considerable effort in developing an application form that is as convenient to both the applicant and reviewers as possible. Incomplete or illegible applications will be returned, possibly resulting in a lengthy processing delay or rejection.
Missing application fee Application forms submitted without the required application fee (not the actual examination fees) cannot be processed and will be returned.
Missing original signatures Original signatures are required on the Application for Certification, Immediate Supervisor Reference Form, and Confidential Professional Reference Form. Fax copies are not acceptable. Forms without original signatures will be considered to be incomplete and returned.
Inadequate or unacceptable Radiation Protection Report Applicants for Part II should also carefully review the instructions for submitting the required Radiation Protection Report. A majority of the applicants initially rejected and referred for Board Chair review involved an inadequate or unacceptable report
In addition to these, there are two new requirements that applicants for the 1999 examination must satisfy:
Original English language transcripts or certified translations on non-English transcripts are required for all degrees claimed Original transcripts must be issued by the educational institution and bear the raised seal of the originating official (e.g., Registrar) or be printed on tamper-indicating security paper. Candidates from non-English speaking institutions must also submit a certified translation along with the original transcript. These documents are part of the application and cannot be returned. Transcripts marked Issued to Student are acceptable as long as they meet the above requirements.
One Professional Reference must be a CHP At least one of the applicants professional references must be a CHP. Application packages lacking a reference from a CHP will be considered incomplete.
The number of candidates for Certification has declined in the last two years. There is a similar trend in Health Physics Society membership that probably reflects a contraction in the job market in the both the nuclear power and DOE sectors. Despite this, the number of Active CHPs remains at an all-time high a testimony to the value of certification. In 1998 we made significant progress toward accreditation by the Council of Engineering and Scientific Specialty Boards (CESB). The Board completed an assessment of the Part II process and has contracted with an examination consultant to undertake a comprehensive job-task analysis and reassessment of our examination processes. Overall, I believe our program is strong and will only improve with the new initiatives underway.
I want to take this opportunity to thank the many volunteers whose ongoing effort maintains the Certification program and the continuing value of Certification. Please join me in thanking Nancy Kirner, Vice Chair, Ed Maher, Secretary, and Bob Miltenberger, Parliamentarian for their work throughout the year. Also, I would like to extend a special thanks to fellow outgoing Board Member David Gooden for his wisdom and guidance over the last five years. Both of our Panel Chairs Les Aldrich for Part I and Jack Higginbotham for Part II both did a fine job in managing the huge volunteer effort involved in administering the examination program. Thanks also to all of the offgoing Part I and Part II Panel members for their dedication. Finally, please join me in welcoming new Board members Rich Vetter and Ed Bailey and wishing Nancy Kirner and the 1999 Board every success in the coming year.
The Exam Site Selection Committee (William Kirk, Chair, Harvey Goldberg and Don Honey) arranged for the following exam sites and proctors. The Board appreciates all of the work done by the Committee and the proctors who donated their time to assist with the exam.
1998 Exam Sites and Proctors
| Location | Proctors |
| Aiken, SC | Jim Willison/Richard Bowers |
| Amarillo, TX | Linda Farrell/Roby Enge |
| Arlington, TX | John ODonnell/Wes Dunn/Jerry Everett |
| Boston, MA | Andrew Hodgdon/Philip Le Clare |
| Brookhaven, NY | Chuck Schaefer/Ron Reif |
| Chicago, IL | William Munyon/Bruce Murdoch |
| Columbus, OH | Craig Jensen/Walter Carey/Joe Poliziani/Stephen Layendecker |
| Denver, CO | Fred Jaeger/Douglas Ervin/Robert Morris |
| Gainesville, FL | Peter Bailey/Steve Garry |
| Gaithersburg, MD | James Tracy/Tim Mengers/Tom Hobbs |
| Honolulu, HI | Philip Manly |
| Las Vegas, NV | Greg Shott/Ted Allen/Bill Phillips |
| Los Alamos, NM | Mike McNaughton/ Chuck Peper |
| Minneapolis, MN | Mike Hinz/John Bauhs/Duane Hall/Kevin Nelson/Pete Wildenborg |
| Oak Ridge, TN | Ron Mlekodaj/Govind Rao |
| Paris, France | Edward Lazo |
| Richland, WA | Harvey Goldberg/Paul Rittmann |
| San Francisco,CA | Doug Allen/Gary Mansfield |
| San Onofre, CA | Terry Cooper/Michael Russell |
| Troy, NY | Brian Methé/Frank Augustine |
Who have you challenged to seek certification? Applications are due 1/15/99.