ML20138N731

Applicant Exhibit A-43,consisting of 850912 Handwritten Memo Re Discrimination & Harassment of Author by Applicant. Author Will Use Knowledge of Facility as Means of Intervention If Forced to Resign.Author Resume Encl

ML20138N731
Person / Time
Site:	Harris
Issue date:	10/03/1985
From:	Miriello P CAROLINA POWER & LIGHT CO.
To:	Mcduffie M CAROLINA POWER & LIGHT CO.
References
OL-A-043, OL-A-43, NUDOCS 8511060004
Download: ML20138N731 (9)

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(lesumeofPattyS.Miriello Current Address: P.0, Bccc 28071, Raleigh, N.C. ,N.C. 27611 Ham Phone: (919) 639-4692 Office Phone: (919)362-8881 Ext.4679, and extensions 4680,4681 Date of Birth: August 12,1955.

Marital Status: Sirsgle - Previously married and currently divorced.

Appearance:

Five feet and seven inches tall, brown hair, blue eyes, 125 lb.

P&c ation:

B_.A. in Science: (1978) frm the Pennsylvania State University. An emphasis Ws placed cn biology.

B.S. in Ceramic Engineering: (1981) frm the Pennsylvania State University.

No humanities were taken. An mEtasis was placed on ceramic and nuclear encnneering and also en nuclear materials.

M.S. in Ceramic Science: (1981 to the present) at the Pennsylvania State University. Funding for this degree was provided bt a Depart 2nent of Energy Nuclear Waste Managment Traineeship. Bqhasis was placed on crystal ch s-istry, health physics, nuclear chmistry, nuclear waste, nuclear materials, and both ceramic and nuclear engineering.h3 thesis for this degree is con-cerned with nuclear waste glass, fracture mechanics, and radiation effects in materials.

Please Note: he thesis has been handed in and is in review.

Not nuch else is required to obtain the degree except for approval of the theris so it can be typed.and defended.

M.S. in Nuclear Enginmring: Currently being initiatiated at the North Carolina State University. Admissien is being requested for spring term 1986 as a part time graduate student.

Professional acheivements:

- Second place in the American Ceramic Society National Student Speaking Contest of 1981 which was held in Washington,D.C. 'Ikelve universities were represented.

- Presented a paper entitled: 'W e Effects of C 60 o Ganma Radiation cn the Strength Distributions of a Icad-borosilicate Glass in H2O and in Liquid N2 ' at the 1982 Glass Division Fall Meeting of the American Ceramic Society.

Undercraduate thesis : 'he Grain Boundary Diffusion of C Dopec I1go' (B.S. Ceramic Engineering) 51 r in Oncmium

_Grailate thesis: 'W e Effects of 60Co Gamna Radiation on the Strengths of Soda-lime-silica, Pyrex, Icad-Pyrex, and Sinulated Nuclear Waste Glasses' (M.S. Ceramic Science / DOE Nuclear Waste Managcment Traineeship)

Hc& ies and Interests:

- Professional eo lestrian: Seventeen years of riding experience which in-cludes o' shcwriding.

western jumper and hunter training and also experience in all phases Approximately 750 ribbons have been acx:ulnulated in horse shows in limited shcuing. '

- Arc welder: Approximately 60 hours6.944444e-4 days <br />0.0167 hours <br />9.920635e-5 weeks <br />2.283e-5 months <br /> or 15 weeks of laboratory experience have been accuinulated using 7018 rod in and out of position.

- Sa3A Diver: Certified. Currently working on advanced certification.

j - Otrbat Pistol Cmpetitor : Using a 9am. ccnbat auto.

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- Snorkel about 100 laps a week.

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• D Gcrmny: Carolirn Power & Light at the Shearon Harris Nuclear Power Plant, New Hill, N.C. -

Positicn/

Title:

Technician - Dosimetry Secticn under Health Physics.

Duties: Qualified to procedures in TID badging, reading, and maintaining dosinetry records. Qualified user of the health physics ccuputer infornation systen called RIE or the Radiological Information knagment Systen. 'Ihis systen is Carolina Power & Light's means of dose tracking, radiological work permit tracking, and AIARA report empilation. Other training included: opera-ting a whole body counter and being famialiar with its NaI detectors, WA, and fortran ccupiler. ,

Period of B:ployment: mrdi 1985 until June 1985.

Positicn/

Title:

Technician - Radwaste Shipping Section under Health Physics.

Duties: Responsible for the receipt / shipping of all radioactive materials to/frcra the Shearon Harris Nuclear Po.er Plant as far as performing the proper surveys and empleting the proper shipping records in conjunction with other radwaste technicians. Responsible for knowledge of all health physics procedures concerning plant nonitoring, decontamination, radioactive material acccuntibility, and energency preparedness. Knowledge of NRC and DCTP requalticns is also required in the areas of radiaticn and radwaste shipping.

Period of Emoloyrient: June 1985 to the present.

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' Ccmanv: Nuclear Energy Services (NES) of Danbury, Conn. while at the Shearon ihrris Nuclear Power Plant, New Hill, N.C. which is being con-structed by Carolina Power & Light (CP&L) .

Position /

Title:

Data Otmtroller, Engineer Invel 1.

Duties: Control all nondestructive examination (NDE) data for the ASSE code preservice inspection on piping welds at the Shearon Harris Nuclear Power Plant for the preservice NDE contractor which is NES. 'Ihis includes 4

ultrasonic (Ur), magnetic particle (Mr), and liquid penetrant (PT) data

cn the approximately 3000 welds being inspected. All total,approximately 7000 data sheets will be generated due to both surface and volumetric exams per Inny of the welds and due to re-examinations. '1he data is a peramnent plant record and it is auditable by the NBC, NES, and CP&L. Both NRC and

NES audits have recently cordirmed proper data control.

'Ihe first respcosibility of the data controller was to design and implement a docinent control systan to meet the requirenenents of both NES and CP&L.

'Ihis involved tracking data fran the examiners through a review cycle con-l sisting of technical, custoner (CP&L), and third party (Authorized thiclear j Inservice Inspector) reviews and also a review by data control.

Engineering duties in this position involve the writing of nonconformance reports (NCR) for weld conditions which are unacceptable to the site piping specification and are regired by the NRC to.be reported. This also includes maintaining a tracking and filing systan for the nonconformances to the site

, piping specification and for the nonconformances written by the inservice j inspection project specialist to report indications found during preservice inspection. Included in this position is field verification of the noncon-i formance when necessary.

l Period of Employment: April 1984 to March 1985.

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(C (c Previous Dnployment: %ree Mile Island Nuclear Power Plant Cannany: EG&G of Idaho; Idaho Falls, Idaho while at the @ree Mile Island Nuclear Power Plant, Middletown, Pa. which was operated by General Public Utilities (GPU). D3&G operated the Department of Energy 'Ibchnical Infor-mation and Operations Office at tree Mile Island.

Positicn/

Title:

Engineer Ievel 1.

Duties / Projects:

Determination of Reactor Coolant Icakage Pathways: Specifically, looked into the self powemd neutron detectors (SPND) to determine if they pro- .

vided a pathway for a significant release of fission products and fuel

! into the 'Ihree Mile Island Unit 2 ('IMI-2) contaiment. 'Ihis included determining the maximum anount of release possible in the worst scenario of SmD pressum boundary failure and whether ,that had occurred. Dose rates and deposition data at the SPND seal table along with core condi-ticns at the time of the 'IMI-2 accident ware used in m!mhting the quan-tity of reactor coolant released.

Provided Detailed Information Describing the 'IMI-2 con nirunent e to Sandia rahnratory: he information inclMM approxunately 200 engineering drawings, tuo videotapes frun early ccntainment entrances, site specifications, sur-face area calculations of structures in containment, and data describing the surface conditions. 'Ibe information was used as input into the hTLTRE hydrogen burn ccxtpiter code. Every piece of equipnent and structure of any significant surface area was detailed. Sandia laboratory was interested in rodeling hydrogen burns in nuclear plant containnents in relation to plant safety.

Ccroleted Dose Pate and Shielding Calculations: Assisted a project engineer in acquiring radioactive samples by ccupleting quick dose rate calculations to give an idea of shielding requircrents and possible damage to equipnent such as cameras.

Assisted in making thermoluminescent dosimeter trees (TID trees) and in solving probleins related to the positioning of the TID trees in the 'IMI-2 contairrnent bassent so that dose rates could be determined for that in-roessible area.

Period of Bnployment : Suarer of 1983. A permanent position offer at 'IMI was rade by EG&G.

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(C (C Graduate Studies at the Pennsylvania State University funded by a Departnent of Enezuy Nuclear Waste Managenent Traineeship Courses included both ceramic and nuclear engineering, gradtnte level thC%cnics and mathenaticc, advanced prograntning such as numerical analysis, and nuclear waste classwork and seninars. Pesearch was done on sinulated defense and carnrcial nuclear waste glasses. The defense caposition was provided by the Savanah River Laboratory in Aiken, S.C.

and the ecmercial reprocessing cmposition was provided by the Pacific Northwst Iaboratory in Richland, Washington.

Hands on experience with radionuclides was gained in radiochenistry labora-tory work and in nuclear engineering laboratories. The nuclear engineering laboratories or reactor engineering laboratories dealt with sub-critical grapitite piles and also with a TRIGA research reactor. Health Physics and shielding credits were also acquired.

, Ceratic and materials engineering courses along with crystal chanistry prov2ded state of the art knowledge on storage of nuclear waste, especially high level. A nuclear engineering coures termed radioactive waste control dealt with low, mediun, and high level wastes and the associated problans of storage, transportation, and permanent disposal.

Period of Studv: Fall 1981 to Spring 1983.

Nuclear Encineerina Courses Caroleted : .

credits hbc.E. 401 Introduction to hbclear Engineering 3 A 12.0 hbc.E. 405 Applied Nuclear and Radiochenistry 3 A 12.0 Nuc.E. 408 Padiation Shielding 3 B 9.0 hbc.E. 420 Padiological Safety (Health Physics) 3 B 9.0 Nuc.E. 428 Radioactive Waste Control 3 B 9.0 Nuc.E. 502a & 502b Reactor Engineering Tah,ratory 1 each C 6.0 17 credits 57.0 3.35 average S *

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. (ic EXPERIHEE WITH ENGINEERING, ANALYTICAL, OR OIEER TH3iNICAL ECUIENC?r Materials Engineering X-ray diffractcreter betallurgical reflected light microscope

'Pran= mission eletrcn miuww Scanning electron miuuscw High tecperature furnaces 'Ibngsten resistance, carbon resistance, gas fired Infrared Spectrancter - Fourier transform Atanic absorption and atonic anission Nuclear Engineering Sirgle and nultichannel analyzers for gamm and 15 eta spectroscopy GeLi and NaI solid state detecturs(used in neutrtm activation analysis /ganma speub. s q q)

Liquid scintillation counter' BF neutrtn detector, Geiger counters, gas flow counters TRfGA research reactor (limited laboratory work in reactor control) 50,000 Ci. 60Co source (shielding calculation and thesis work)

Subcritical pile construction (to practice neutron counting)

Nhole body counter - consists of 3 NaI detectors, GAR, ADC,a.plifiers,etc.

'Ihermoluminescent Dosimeter Reader (TLD reader)

Other IBM 360 ccrputer (FDRTPAN PIOpu,,iuing and thesis data analysis) 1 6 e i

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