Text

Nonconformance Rept 18 Per Condition 2 of CPPR-81 & CPPR-82 Re Const Work Performed During Jul-Sept 1977.Resumes of Bechtel Corp & Util Engineers Encl
	ML19329F549
Person / Time
Site:	Midland
Issue date:	09/30/1977
From:	; CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:	;
Shared Package
ML19329F548	List: ML19329F547; ML19329F549;
References
	NUDOCS 8006300744
	Download: ML19329F549 (35)
	v • d • e

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D RS "ZH,' " SR'IE7 p Pursuant' to Cdaditions 2 F.B. and 2 F.C. of Construction Permits CPPR-81 and CPPR-82, jG the following report covers the period July 1 - September 30, 1977.

A. Construction work to be performed during the period:

See Attachment A ,

B. Supervisors and engineers of the applicant and architect-engineer with quality-related duties who are expected to be onsite during the period July 1 - September 30, 1977 in addition to those identified in previous reports: 1

1. Consumers Power Company

a. Based in home office WRBird - Quality Engineering (Section Head)

DRBecker - Quality Engineering - Electrical (Group Supervisor)

PWJacobsen - Quality Engineering - Electrical JLWood - Quality Engineering - Nondestructive Examination (Group Supervisor)

HGarcha - Quality Engineering - Nondestructive Examination

b. Based at the site GBJohnson - Quelity Engineering - Civil l DABlumenthal - Inspection, Examination, and Test Verification - Civil DADeans - Inspection, Examination, and Test Verification - Civil (O

s PRKyner - Inspection, Examination, and Test Verification - Electrical (Group Supervisor)

Mr. Johnson has been onsite since January but was inadvertently omitted from the previous report. Messrs. Blumenthal and Deans are contract personnel furnished by U.S. Testing to work under Consumers Power Company direction.

2. Bechtel Power Corporation

a. Quality Assurance MJDunn - QAE - Mechanical

b. Quality Control FJMilsovic - QCE - Civil DJRoth - QCE - Civil WCJohnson- - QCE - Mechanical / Piping KANilson - QCE - Mechanical / Piping DAdelaney - QCE - Receiving C. Quality assurance qualifications of supervisors and engineers with site-related duties during the period July 1 - September 30, 1977 are listed in attachment B except for Messrs. Becker and Garcha whose resumes will be included with the next report.

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, a Q D. Changes ~

1. Consumers Power Company See Organization Chart (Attachment C) for new Consumers Power organization.

2. Bechtel Power Corporation l l

The following personnel are no longer performing quality-related activities at the site:

GSanders FWeishaar CT0'Sullivan l

I Further additions and deletions to the list of personnel with quality-related duties .

who are onsite during the period July 1 - September 30, 1977 will be noted in the l next report.

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AtttchmInt A QUARTERLY REPORT

, , FOR JUTJ THROUGH SEPTEMBER 1977 (D

JULY 1977 l

Facility: AUXILIARY BUILDING

1. Continue installation of decking, reinforcing steel, formwork, I embedded metal, process piping and concrete for the Control l Tower area slabs and walls to elevation 704'. i 1

2. Continue installation of decking, reinforcing steel, formwork, embedded metal, process piping and concrete for the Electrical i Penetration slab and walls to elevation 646'. '

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3. Complete installation of reinforcing steel, formwork, embedded metal, process piping and concrete for the Fuel Pool to eleva-tion 645'. l

4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit process piping and concrete for the Radwaste and Equipment area slabs and walls north of the Fuel Pool to elevation 673'.

5. Continue installation of Large' Pipe. .

.O 6. Continue installation of Small Pipe.

7. Continue installation of Cable Tray. ;

8. Continue Epoxy Surfacing.

'9. Continue Concrete Block installation.

10. Continue installing Switchgear and Load Centers.

11. Continue erection of the Rigid Frame.

12. Continue landing HVAC and Mechanical Equipment in areas of final location.

13. Begin installation of Surface Run Conduit.

Facility: REACTOR SUILDING UNIT #1

1. Continue assembly of Dome Spray and H Pipf nf..

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2. Continue assembly of the Polar Crane.

3. Continue installation of r tinforcing steel, embedded metal,

_ conduit and concrete for the External Wall to elevation 644'.

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s e QUARTERLY , REPORT

, JULY THROUGH SEPTEMBER 1977 Page 2 t

JULY 1977 (Cont'd)

Facility: REACTOR BUILDING UNIT #1 (Cont'd)

4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the Secondary Shield Wall to elevation 615'.

5. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the Primary Shield Wall to elevation 630'.

6. Continue installation of Structural Steel to elevation 646?

Facility: REACTOR BUILDING UNIT #2

1. Begin Liner Plate repairs.

, 2. Continue installation of reinforcing steel, embedded metal,

, conduit and concrete for the External Wall Ring Girder and l Dame..

l( 3. Continue installation of decking, reinforcing steel, formwork, ix embedded metal, conduit, process piping and concrete for the Secondary Shield Wall to elevation 634'.

4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the Primary Shield Wall to elevation 630' .

5. Continue installation of Structural Steel to elevation 640'.

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6. Install Personnel Lock.

7. Continue installation of Weld Neck Flanges.

Facility: TURBINE BUILDING UNIT #1

1. Begin structural steel erection.

2. Continue condenser erection.

Facility: TURBINE BUILDING UNIT #2 '

1. Complete installation of metal siding.

2. Complete installation of decking, reinforcing sceel, formwork, embedded metal, conduit and concrete for the elevated slabs.

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QUARTERLY REPORT JULY THROUGH SEPTEMBER 1977-Page 3 i(D Facility: TURBINE BUILDING UNIT #2 (Cont'd)

3. Continue concrete block installation.

4. Continue installation of large pipe.

5. Continue installat: of cable tray.

6. Continue installation of unchanical equipment.

7. Begin installing switchgear and load centers.

Fa sility: YARD AND MISCELLANEOUS STRUCTURES

1. Continue installation of the service water discharge lines and structures.

2. Continue installation of yard service, circulating, pond makeup and miscellaneous piping.

3. Continue plant area backfill.

4. Contihue installat' ion of miscellaneous elec~trical duct.

5. Continue installation of decking, reinforcing steel, formwork, embedded metal, piping and concrete for the Service Water Pumphouse to elevation 632' .

6. Continue installation of decking, reinforcing steel, formwork, -

embedded metal, piping and concrete for the Circulating Water Pumphouse to elevation 634'.

7. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Makeup Pump-house, River Intake Structure and diversion walls.

8. Begin installation of reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Diesel Generator Building.

9. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Administra-tion Building tunnel and basemat.

10. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Process Steam Building Tunnel and Substructure.

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QUARTERLY REPORT JULY THR0dGH SEPTEMBER 1977 Page 4 if:s O

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AUGUST 1977 Facility: AUXILIARY BUILDING

1. Continue instalittion of decking, reinforcing steel, formwork, embedded me~tal, con 3uit, process piping and concrete for the control tower area walls and slabs to 704' .

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2. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the electrical penetration area slab and walls to elevation 646' .

3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the radwaste and equipment area slabs and walls north of the fuel pool to elevation 685' .

4. Continue installation of large pipe.

5. Continue installation of small pipe.

'6. Continue installation of cable tray.

[ 7. Continue installation of surface run conduit.

8. Continue epoxy surfacing.

9. Continue concrete block installation.

10. Continue installing switchgear and load centers,

11. Continue erection of the rigid frame.

12. Continue landing HVAC and mechanical equipment.

Facility: REACTOR BUILDING UNIT #1

1. Complete assembly of dome spray and H pip ing.

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2. Complete assembly and erect the polar crane.

3. Move dome liner plate assembly and land in place. s

4. Begin ficup, weld and leakchase of dome liner plate.

5. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the

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C secondary shield wall to elevation 615'.

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QUARTERLY REPORT Page 5

(q JULY THROUGH SEPTEMBER 1977 Facility: REACTOR BUILDING UNIT #1 (Cont'd)

6. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, proc. ass piping and concrete for the primary snield wall to elevation 630'.

7. Continue installation of structural steel to elevation 640' .

8 . Inspall personnel lock.

Facility: REACTOR BUILDING UNIT #2

1. Continue liner plate repairs.

2. Continue installation of reinforcing steel, embedded metal, conduit and concrete for the external wall ring girder and dome.

3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the secondary shield wall to elevation 644'.

4. Continue installation of decking, reinforcing steel, formwork,

,Q embedded metal, conduit, process piping and concrete for the

( b primary shield wall to elevation 644' .

5. Continue installation of structural steel to elevation 640' .

6. Continue installation of weld neck flanges.

Facility: TURBINE BUILDING UNIT #1

1. Continue structural steel erection.

2. Complete condenser erection.

Facility: TURBINE BUILDING UNIT #2

1. Continue concrete block installation.

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2. Continue installation of large pipe.

3. Crutinue installation of cable tray.

4. Continue installation of mechanical equipment.

5. Continue installing switchgear and load centers.

F acility: YARD AND MISCELLANEOUS STRUCTURES

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s Continue installation of the service water discharge lines and structures. ,

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QUARTERLY REPORT ,

JULY THROUGH SEPTEMBER 1977 Page 6.

4 5V l Facility: YARD AND MISCELLANEOUS STRUCTURES (Cont'd) l

2. Continue installation of yard service, circulating, pond makeup l

and miscellaneous piping.

3. Continue plant area backfill.

4. Continue installation of miscellaneous electrical duct. !

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5. Continue installacion of decking, reinforcing steel, formwork, j embedded metal, process piping and concrete for the Service 1 Water Pumphouse to elevation 632' .

6. Continue installation of decking, reinforcing steel, formwork, embedded matal, piping and concrete for the Circulating Water Pumphouse to elevation 634' .

7. Continue installation of decking, reinforcing steel, formwork, !

embedded metal, conduit, piping and concrete for the Makeup !

Pumphouse, River Intake Structure cnd Diversion Walls.

8. Continue installation of reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Diesel Generator Building. l

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9. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Administra-tion Building tunnel and basemat.

10. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Process Steam Building tunnel and substructure.

SEPTEMBER 1977 Facility: AUXILIARY BUILDING

1. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the control tower ;rea walls and slabs to ele

ration 704' .

2. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the electrical penetration area slabs and walls to elevation 659' .

3. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the

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radwaste and equipment area walls and slabs north of the fuel pool to elevation 685'.

QUARTERLY REPORT JULY THROUdH SEPhMBER 1977 Page 7 O~

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Facility: AUXILIARY BUILDING (Cont'd)

4. . Continue installation of large pipe.

5. Continue installation of small pipe.

6. Continue installation of cable tray.

7. Continue installation of surface run conduit.

8. Continue epoxy surfacing.

9. Continue concrete block installation.

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10. Continue installing switchgear and load centers.

11. Continue erection of the rigid frame.

12. Begin installation of HVAC Duct, continue installing HVAC ~~

equipment.

13. Continue installation of mechanical equipment.

l(L/ 14. Begin instrumentation installation.

Facility: REACTOR BUILDING UNIT #1

1. Continue fitup, weld and leakchase.of dome liner plate. '

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2. Continue installation of reinforcing steel, embedded metal, conduit and concrete for the external wall to elevation 654'.

3. Continue installation of decking, zainforcing steel, formwork, embedded metal, conduit, process piping and concrete for the secondary shield wall to elevation 626' .

4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, process piping and concrete for the primary shield wall to elevation 630'.

5. Continue installation of structural steel to elevation 640'. ;

Facility: REACTOR BUILDING UNIT #2

1. Continue liner plate repairs.

2. Continue installation of reinforcing steel, embedded metal, con- j duit and concrete for the external wall ring girder and dome. '

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QUARTERLYREh0RT JULY THROUGH SEPTEMBER 1977 Page 8 ,

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'( OO Facility: REACTOR BUILDING UNIT #2 (Cont'd)

3. Continue installation of decking, reinforcing steel, for= work, embedded metal, conduit, process piping and concrete for the secondary shield wall to elevation 644' .

4. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduir, process piping and concrete for the primary shield wall to elevation 644' .

5. Continue installation of strucutral steel to elevation 640' .

6. Continue installation of weld neck flanges.

Facility: TURBINE BUILDING UNIT #1

1. Continue structural steel erection.

2. Begin installation of decking, r einforcing s teel, formwork, embedded metal, conduit, and concrete for the elevated slabs.

Facility: TURBINE BUILDING __ UNIT d2

1. Continue concrete block installation.

2. Continue installation of large pipe.

3. Continue installation of cable tray.

4. Continue installation of mechanical equipment.

5. Continue installing switchgear and load centers.

6. Begin installing plant computer components.

Facility: YARD AND MISCELLANEOUS STRUCTURES

1. Continue installation of the service water discharge lines and structures.

2. Continue installation of yard service circulating, pond makeup end miscellaneous piping.

3. Continue plant area backfill.

4. Continue installation of miscellaneous electrical duct.

5. Begin erection of the startup ti;ansformer pads.

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QUARTERLY REPORT l JULY THROU,GH SETPEMBER 1977 Page 9 :

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Facility: YARD AND MISCELLANEOUS STRUCTURES (Cont'd)

6. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Service l Water Pumphouse to elevation 634' . !

7. Continue installation of decking, reinforcing steel, formwork, embedded metal, piping and concrete for the Circulating Water i Pumphouse to elevation 634'. ;

8. Continue installation of decking, reinforcing steel, formwork, embedded metal, conduit, piping and concrete for the Makeup Pump- l house, River Intake Structure and Diversion Walls.

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9. Continue installation of decking, reinforcing steel, f ormwork, i embedded metal, conduit, piping and concrete for the Diesel l Generator Building. l i

10. Continue installation of decking, reinforcing steel, formwork, I embedded metal, conduit, piping and concrete for the Administra- l tion Building tunnel and basemat.

11. Continue installation of decking, reinforcing steel, formwork, b embedded metal, conduit, piping and concrete for the Process

f 1( M Steam Building tunnel and substructure.

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RESUME OF WALTER R. BIRD ADDRESS: 1835 Rainier, Idaho Falls, ID 83401 (208)523-6386 I EMPLOYER: EG8G Idaho, 550 Second Street, Idaho Falls, ID 83401 (208)522-4400, Extension 6222 POSITION: Manager Reliability and Quality Engineering North, LOFT Quality' Program Manager

. PERSONAL DATA:

Age: 36 Married - three children

~ Lieutenant Commander U.S. Naval Reserve .

Registered Professional Engineer Member of ASME and ASQC ACADEMIC ACilIEVEMENT:

Masters Nuclear Science - University of Idaho - 1972 BSME - University of Idaho - 1962

SUMMARY

OF MAJOR ACCOMPLISHMENTS-7

Developed and implemented management systems to satisfy ASME Code and ERDA Quality Assurance Program Requirements.

Managed R & D effort in developing state of the art inservice Inspec-tion !!1trasonic Tooling.

I(p.V ----- Implemented ISI Programs at four Nuclear Facilities.

Managed Quality Assurance Programs for five major Nuclear Facilities /

Research Programs. .

, Design Project Engineering Manager for two major test facilities.

Chairman (1975-1976) Idaho Section American Society of Mechanical Engineers.

JOB PROGRESSION

SUMMARY

January 1974 - Present --- Manager of R & QE and Quality Program Manager !

for the following programs / facilities:

' ' Sodium Loop Safety Facility (SLSF)

EngineeringTestReactor(ETR)

Advanced Test Reactor (ATR) '

Thermal Fuel Behavior Program l

Loss of Fluid Test Program (LOFr) t The Branch has 19 engineers and two support personnel. Approximately 1

4 of Branch persennel are in full-time support of completion of construction, testing, and maintenance of the LOFT Nuclear Facility.

I have Quality Program responsibility which includes budget and technical j direction for all Quality Division activities in support of LOFT.

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Tha other majcr component of the Branch is the NDE Engin:cring Section which supports all of EG&G. Responsibilities include providing Level' III servicqs, NDE training and certification, R & D and application of i new/ improved examination techniques and hardware. The Section received national recognition for the recently implemented automated ultrasonic

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testing system which overcomes the major. ciestacles in inspection of ;

thick austenetic stainless steel components. Inservice Inspection l Plans have been implemented at each of the four major nuclear facilities.

1 October 1972 - January 1974 --- SLSF Design Section Supervisor j Supervised a high of 26 engineers assigned to support the Sodium Loop ,

Safety Facility Program during the design and construction phase. i This is a liquid metal test facility which is located in a Light I Water Reactor. The facility provides an environment to test LMFBR !

Fuel to failure. I had specific design / construction responsibilities :

for the fill storage and remelt system which was used to bring the !

sodium coolant to within the chemical specifications and then fill ;

the experiment loops. 1 July 1971 - October 1972 --- Engineering Division Project Manager Responsible for Power Burst Facilities (PBF) modifications to provide .

test capabilities for loss of coolant accident conditions for' both BWR and PWR fuel bundle tests. Responsibilities included directing the planning, budget preparation, design, purchasing, fabrication, installation, and acceptance testing. Design and analysis was to RDT and ASME Code requirements.

( h August 1969 - July 1971 --- Design Engineering Section Supervisor Supervised the Test Reactor Mechanical Design Section. This section provided engineering support for the maintenance of the Ma*erials Test Reactor, Engineering Test Reactor, and the Advanced Test Reactor.

Responsibilities included design of reactor handling tools for exper-iment insertion and removal, design of a pneumatic rabbit facility, design of an experimental lead pressurizing system, and providing the procedures and . tools to replace the ETR Beryllium reflector. I also had the position of Project Manager for Experiment Systems. In this capacity I provided the sponsors (KAPL, BAPL, and Battelle Northwest) with engineer.ing design and analysis support for the experiments to be inserted in the test reactors.

May 1967 - August 1969 --- Desion Engineer o Provided tool design, plant engineering, system engineering, and reactor component procurement support of test reactors. Designed the tooling, wrote procedures, and directed the change out of the material test reactor reflector and core internals which led to the promotion to design superviso'.

September 1962 - April 1967 --- Mal Officer Served in the United States Navy in various shipboard engineering (o) billets. Damage Control and Repair officer aboard two destroyers.

Builer Officer aboard the carrier Oriskany. In this position I supervised a 700 man division and was a qualified engineering watch officer.

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. v Patxt W. Jrcobsen 1735 Arlington Drivs Oshkosh, Wisconsin 54901

. 414-235-4571

J EDbCATION 1 '

1963 - 1966 University of Wisconsin - Madison, Wisconsin 1968 - 1970 B.S. Electrical Engineering Junc 8, 1974 Certified Quality Engineer (American Society of Quality Control) 1970 - 1975 Company sponsored courses in statistics, core manufacturing, procurement and purchasing, auditing of vendors and fortran pro-graming.

Materials Course Bettis Reactor Engineering School =

, Radiography Course, ASNT Present University of Wisconsin - Oshkosh, Wisconsin - Graduate School Objective - Masters, Business Administration EMPLOYMENT HIGHLIGHTS ENGINEER 'Bettis Atomic Power Laboratory, West Mifflin, PA.

1970 - 1972 Lead Quality Engineer on Development Project Developed overall Quality Program which assured manufacture'and inspection in compliance with contractual requirements, most of which were government specifications.

- Developed inspection techniques, wrote inspection procedures and ks~,) ,

trained inspectors in the areas of ultrasonics, radiography, helium leak testing and dimensional Inspection.

Computerized inspection data storage and certification procedure.

1972 - 1975 Lead Quality Control Engineer, responsible for assuring vender compliance to a government contract, purchasing naval nuclear Cores.

. Responsible for review and approval of vendor quality plan.

Responsible for review and approval of all applicable vendor inspection procedures.

Responsible for certification to Naval Reactors of completed components.

QUALITY CONTROL MANAGER Buckstaff Corporation, Oshkosh, Wisconsin.

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'1975 - 1977 Developed Quality Control Program with the below innovations:

Introduced in-process inspection to supplant final inspection.

Developed computerized format for inspection data, defect analysis and warranty claims.

. Performed special process studies which in one case reduccd cost by thirty percent, PERSONAL d Thirty one years old, married with two children.

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Served in Vietnam 1967 - 1968 as a scout in Armored Cavalry.

Member of American Society of Quality Control and Alumni Associations of Kappa Eta Kappa and the University of Wisconsin.

Security Clearances held: Secret-DOD, 1965-1966, (Air Force),

ConfJdential-D0D, 1967-1968, (Army). Confidential AEC, 1970-1975.

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(9 APPLICAllT (V JOHit L. WOOD

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0 ective: A position in Quality Assurance where my interests and capabilities will lead

-me to management opportunities.

Pcrsonal: U.S. Citizen Harried., two children Excellent Health Will Relocate Education: B.A..' Mathematics, Old Dominion University, 1971 Certifica- ASQC Certified Quality Engineer tion: Certifiel Level II & III to SNT-TC-1A for radiography, liquid penetrant, magnetic particle and ultrasonic inspection S:cieties: Member of American Society for Quality Control Member of Westinghouse WRD Speakers Bureau ,

. Summary: College graduate with over fourteen (14) years experience in Quality Control, Nondestructive Testing and Welding Surveillance. Areas of experience include the following:

,- A) Management of quality control and inspection activities B) Develooing and implementing quality control and inspection programs C) Inspection and surveillance during installation and repair of reactor bm) site storage facilities D) Auditing design engineering, manufacturing facilities and reactor site storage facilities E) Developing quality assurance training programs Plant Involvement Includes: Fermi Nuclear Plant Cooper Nuclear Plant Fitzpatric Nuclear Plant Peach Bottom Nucim Plant Hatch Nuclear Plcr.c Quad Cities Nuclear Plant Experience: Westinghouse Electric Corporation 11/74 - Present Nuclear Fuels Division Position: Senior Quality Assurance Engineer Primary responsibil'ities: auditing design engineering activities to the design control requirements of 10CFR50, Appendix B, and ANSI N45.2.ll. Developing QA training programs for non-QA personnel. Other responsibilities: Maintaining ,

official audit records and insuring followup and close out of open findings.

Participate in engineering design reviews. '

! Terry Corporation 12/72 - 11/74 Position: Corporate Quality Control Manager ,

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llesponsible for overall quality control and inspection functions at two separate l

~1 ,: 10 ',, manufacturing plants producing steam turbines used in nuclear power plants, naval I

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, K- / nuclear vessels and commercial applications. Specific re*,pnnsibilitie . included:

.' reviewing contracts, recommending quality control pnlicy, revising quality control e

manuals, reviewing vendor purchase orders, vendor quality survt illance, internal and external audits,. and contact for customer QC representatives. Supervised 3 salaried and 17 hourly employees.

General Electric Corporation Atomic Power Equipment Division 1/72 - 12/72 Position: Quality Control Engineer - Equipment Installation Primary responsibility'- Quality control of and technical direction during

~ storage, maintenance, and installation of HSSS equipment furnished by General Electric. Participated in installation and repair of reactor internals and associated equipment at six nuclear sites. Also performed quality control . audits of vendor plants and storage facilities of four additional nuclear nites not then under construction.

Newport News Shipbuilding and Dry Dock Company G/62 - 1/72 Position: Engineer '

Materials and Procurement control section of the Atomic Power Division.' Responsib' for writing welding and nondes.tructive testing procedures used in the fabrication of naval nuclear power plants. Also acted as engineering liaison between design

' groups and trades. Other positions held during employment at the shipyard:

Designer - heat exchanger equipment (2 years); Radiog.rachic Interpreter - (4 years

(~'T and Inspector - radiography, magnetic particle, liquid penetrant and ultrasonic inspection (1 1/2 years).

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RESUME ,

NAME: Gary Brian Johnson BIRTHDATE: 17 August 1947 BIRTHPLACE: Ironwood, Michigan EDUCATION: 1965, HS Diploma, Wakefield High School Wakefield, Michigan 1969, BSCE, Michigan Technological University Houghton, Michigan MILITARY EXPERIENCE AND EDUCATION:

Aug 69 - May 70, Navigator Training May 70 - Dec 70, Electronic Warfare Officer Training

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Jan 71 - Aircrew Survival Train 1ng Jan 71 - May 71, B52 Combat Crew Training May 71 - May 74, B52 Aircrew Member, Electronic Warfare Officer, Instructor Electronic Warfare Officer. During this time I com-pleted Squadron Officer School and spent some time in S.E. Asia.

Rank at Discharge - Captain JOB EXPERIENCE: Jan 77 - Present, Consumers Power Company, Midland Units 1 & 2, Midland, Michigan Jan 77 - Present, Field Quality Assurance Engineer (Civil)

JOB EXPERIENCE: Sept 74 - Apr 76, Bechtel Corporation, Hana Mine Expansion,

( Keewatin, Minn., Job 10928 '

Sept 75 - Apr 76, Civil Engineer, Civil Field Engineer in charge of all concrete and reinforcing bar work in the entire job site. Duties included inspecting concrete quality, concrete placement, formwork, and reinforcing bar placement. I checked l and approved all rebar placement drawings (some drawings I detailed myself). My duties included monitoring the subcontracts of the concrete supplier, subcontract Ironworkers and tLe subcontract Soils and Concrete Testing Service.

May 75 - Aug 75, Area Enginer, Civil Field Engineer in charge of Tailings Thickener 1 construction. Duties included inspection, field design and material requisition.

Special emphasis on quality concrete work and soil conditions.

May 75, Area Engineer, Civil Field Engineer in charge of Concentrator Building construction. Duties included inspection, field design and material requisition.

Jan 75 - Apr 75, Night Shift Engineer, Civil Field Engineer in charge of all night shif t construction in the entire job site. Duties included mainly inspection; insuring quality of work and insuring that plans were followed.

Sept 74 - Dec 74, Assistant to Chief of Survey. Did all survey computations, did all earth work quantities computation and reporting, did all drafting work originating from survey and was in charge of drawing control within the survey office.

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UNITED STATES TESTING COMPANY, INC.

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PROFESSIONAL RECORD BLUMENTHAL, DONALD A.

Quality Assurance Engineer ACADEMIC TRAINING Roger Williams College - Construction Technology - B. S.

EMPLOYMENT RECORD Dates Company Position 1977 - Present United States Testing Co., Inc. Quality Assurance Engineer 1975 - 1977 Thames Valley Steel Co. Quality Control Manager 1971 - 1975 E11erbe Architects & Engineers Project Representative 1969-197[ City of Warwick Planning Technician .

O PROFESSIONAL EXPERIENCE -

United States Testing Co., Inc.

Responsible for performing and supervising Quality Control Testing and Inspection on nuclear construction projects. Responsible for review of all documentation and final acceptance reports covering the above activities.

Thames Valley Steel Co.

Assigned to M111stene Unit III Nuclear Power Station during the construc- ,

tion phase. Responsibility was to assure compliance of construction to l applicable contract documents and specifications including ASTM and ASME 1 Codes. Responsibilities included the implementation of testing and in-spections to design require: rents.

E11erbe Architects & Engineers Responsible for compliance of construction activities to contract require-ments; implemented testing and inspections. Responsible for the field in-spection and placement of reinforcing bars to project drawings and speci- l

' fications. Responsible for the evaluation of test results.' Coordinated l construction operations between A. E. and Owner to avoid unnecessary con-struction delays.

-( ;

UNITED STATES TESTING COMPANY, INC.

eb)c PROFESSIONAL EXPERIENCE E11erbe Architects & Engineers (cont'd)

Assigned to State Farm Insurance Co. office building Evans, Colorado.

Assigned to Strong Memorial Hospital, Rochester, New York.

Assigned to Civic Center, Providence, Rhode Island.

City of Warwick Assigned to the Department of City Planning. Responsible for drafting and planning city improvement construction projects.

PROFESSIONAL AFFILIATIONS American Society of Civil Engineers s .

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UNITED STATES TESTING COMPANY, INC.

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PROFESSIONAL RECORD DEANS, DAVID A.

Quality Assurance Engineer ACADEMIC TRAINING:

Babson Institute - B.A.

Wentworth Institute - AAS Mechanics Institute EMPLOYMENT RECORD I

Dates Company Position s 1977- Present United. States Testing Co. Quality Assurance Engineer l

7 1974-1976 Northway Engineering Inc. Project Manager

( 1973-1974 Residex Corporation Project Supervisor 1

1972-1973 J.A. Jones Construction Co. Supervisor 1960-1972 McNab Construction Owner 1956-1960 David McNab Dean & Son Part Owner 1953-1956 United States Gypsum Co. Sales Representative PROFESSIONAL EXPERIENCE:

United States Testing Co., Inc.

l Responsible for the verification of contractors compliance to project specifications and applicable codes and standards.

! Northway Engineering Inc.

Responsible for all construction projects and compliance to construction specifications and design requirements. Verified that construction operations such as structural, reinforcing and concrete met applicable l

specifications and standards.

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l Residex Corporation Responsible for the inspection and placement of all structural components including structural shapes, embedments, reinforcing steel and concrete placement. -

, J.A. Jones Construction Assigned to the Bear Swamp Hidroelectric Pumped Storage Facility.

Responsible for the underground placement of all structural components, embedments, reinforcing steel and concrete.

McNab Construction i Responsible for the total construction projects in excess of one million dollars a year. Responsible for verification of compliance to specification and applicable codes. Construction projects involved i highway bridges and highrise apartment complexes.

David McNab Deans & Son

( Responsible for totoal construction effort of the firm with an annual volume in excess of three million dollars.

United States Gypsum Co.

Sales representative for large construction projects in Northeastern United States. '

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APPLICANT -

PAUL R. KYNER, JR. -

q

. Objective: Quality Assurance Engineering i Parsonal: U.S. Citizen Married, four children Excellent Health Will Relocate

Education: B.S. Physics, Seattle University, 1966 i

1 Year Electrical Engineering, Washington State College,1952 .

3 Years Electronic Courses Boeing Company 6 Months Electronics Courses, U.S. Array,1953 6 Months Nuclear Reactor Operations, Westinghouse Electric, 1967 10 Weeks S5W Power Plants, Puget Sound Naval Shipyard 40 Hours Management of Quality Control, Puget Sound Naval Shipyard Summary: More than seventeen years of diversified responsibilities in the scientific and

.' engineering community with duties in quali.ty assurance, nuclear power testing and supporting background in missile installation.

! Professional Puget Sound Naval Shipyard '

1970 - Present

Experience: -

. Position: Supervisory Nuclecr Engineer 1974 - Present

(' I am presently the head of the Technical Support Branch of the Nu'e lear Inspection Division. T supervise two inspection plannermen, two inspection instructors, one

' engineer, three clerical personnel and two general helpers. When called on, I act as the assistant to the head of the Nuclear Inspection Division (110 personnel

, strong). The Technical Support Branch is responsible for the following:

l. A training program for new inspector trainees, refresher training for present inspectors and advanced training needed by shops and inspection.

~

2.. The entire' code planning function which includes manpower forecasting, the budgeting of allocated funds for manpower and material and the preparations necessary to connence inspection on new projects (submarine or surface ship).

3. A surveillance program aimed at determining if reactor plant work and inspec-tions have been accomplished as specified by local and NAVSEA requirements.

4. Maintaining a status keeping system of nuclear work through the use of a i time-sharing computer where daily computer inputs to work status are made l and printouts dist,ributed to work site locations. '

I am technically and administrative 1y responsible for the organization, coordinatio

?

and accomplishment of work of the branch.

i

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Position: Radiological Engineer 1972 - 1974 -

In 1972 I was selected to participate in a management audit program in the Radio-

-logical Engineering Branch of the Nuclear Engineering Division. The purpose of O the program being to investigate work practices, radioactive material handling, radiation dose reduction, training, radioactive waste collection and processing and radiation monitoring in the Shipyard.

(OVER) i L , .

1 . .

T

."KYNER, JR. *

j. sional

Pr In addition, I was responsible for the engineering aspects of the Shipyard '

l cnce: radiological environmental monitoring program. This program consisted of:

l. 1. Analyzing harbor sediment samples for radioactivity.

l 2. Analyzing harbor water sampics for radioactivity.

3. Monitoring and analyzingfiltered air being exhausted from radiological l control facil.ities for airborne radioactivity.

l 4. Monitoring the radiation levels at the periphery of the Shipyard.

While discharging these responsibilities I was instrumental in extending the use of the air particulate samplers in radiological work areas. I was also instrumental in changing the Shipyard over to the use of thermo luminescent dosimeters (TLD's) instead of film badges, for environmental monitoring.

To justify the use of TLD's instead of film badges for environmental monitoring I performed a statistical analysis based on a collectinn of TLD data that had been gathered for a period of 1 year. A report, including this analysi.s, was submitted to NAVSHIPS (Washington, D.C.) and approval was granted to change the Shipyard over to TLD's. This analysis is available on request.

.The Radiological Engineering Division, of which I was a member, had additforcl responsibilities such as:

1. Radioactive waste collection and processing (solid & liquid)

2. Transportation of radioactive material

3. Personnel radiation exposure reduction

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4. Radiation health The above topics were not my direct responsibility; however, when I was called

( on I supported my associates in these areas.

~ Position: Nu' clear Engineer -

1970 - 1972 I was initially assigned to the nuclear Polaris submarine 055 GRANT, durinc '

refueling and overhaul, as an assistant test engineer where I functioned in a training program for qualification as a nuclear shift test engineer. The training included on the job training; a ten week course on submarine nuclear power plants and both written and oral examinations. Upon successful completion of training, I was assigned to the nuclear Polaris submarine, USS PATRICK HENRY, as shift test engineer.

Boeing Company 1967 - 1970 Position: Research Engineer -

For two years I was a ' member of the Boeing Technical staff at Kent, Washington.

During this time I worked in a nuclear weapon environment group for the purpose of supplying weapon environments to groups' studying system response. During this time I performed nuclear weapon vulnerability analyses on the AWACS (Airbor"c Warning and Control System) and the SRAM (short range attack missile). To perform these analyses I used the G.E. time-sharing computer extensively using Fortran 2 -

computer language. I supported the AGM 69A system helping determine the surviv-ability of the AGM missile in a nuclear environment.

I V We_stinghouse Electric Corporation 1966 - 1967 .

- Position: Associate Scientist k

At Westinghouse Electric Corporation, I participated in a training program ior nuclear reactor operation. This training program included a six month nuclear

._.o.._.

. KYNER, JR.

assional power school and contained a curriculum similar to the course work required for erience: a masters degree in nuclear engineering. The following is the hourly course

(] breakdown:

C/ Mathematics 80 hours9.259259e-4 days 0.0222 hours 1.322751e-4 weeks 3.044e-5 months

( Physics 140 hours0.00162 days 0.0389 hours 2.314815e-4 weeks 5.327e-5 months Electrical Eng. 100 hours0.00116 days 0.0278 hours 1.653439e-4 weeks 3.805e-5 months Heat transfer & 80 hours9.259259e-4 days 0.0222 hours 1.322751e-4 weeks 3.044e-5 months

/ # fluid flow

/

Water Chemistry 40 hours4.62963e-4 days 0.0111 hours 6.613757e-5 weeks 1.522e-5 months Radiological Fund. 25 hours2.893519e-4 days 0.00694 hours 4.133598e-5 weeks 9.5125e-6 months Shielding 15 hours1.736111e-4 days 0.00417 hours 2.480159e-5 weeks 5.7075e-6 months Materials 40 hours4.62963e-4 days 0.0111 hours 6.613757e-5 weeks 1.522e-5 months

Reactor Plant Systems 10' hours Power Plant 50 hours5.787037e-4 days 0.0139 hours 8.267196e-5 weeks 1.9025e-5 months Characteristics Core Characteristics 60 hours6.944444e-4 days 0.0167 hours 9.920635e-5 weeks 2.283e-5 months Aspects.of reactor 50 hours5.787037e-4 days 0.0139 hours 8.267196e-5 weeks 1.9025e-5 months plant operation 690 hours0.00799 days 0.192 hours 0.00114 weeks 2.62545e-4 months of actual lecture Our of 12 participaint engineers, I ranked third at the completion of the course.

Boeing Company -

1964 - 1966 Position: Student Engineer ~

While at' tending Seattle University full time I worked part time at Boeing's Radiation Effects Laboratory as a linear accelerator. operator and maintenance technician. The accelerator was a 3 Mev charged particle accerlerator (Dynamitron.

(s American Machine & Foundry Company 1960 - 1964

-Position: Engineer in Charge of Maintenance After installation of AMF equipment in the antenna silos of the Titan I missile base at Larson Air Force Base, I assumed the duties of engineer -in charge of maintenance. These responsibilities included the following:

'1. To supervise the maintaining, repairing and modifying of AMF equipment.

2. To maintain parts accountability of all parts that were received, installed and rejected.

3. To prepare the system for Air Force final acceptance " turn key".

4. To conform to contract requirements and obligations between AMF and Western

" Electric Company

5. To meet schedule.

I To help perform these duties I was authorized 4 technicians,1 inspector and 1 secretary and directed to make weekly reports of status to my imediate supervisor at Mt. Home, Idaho.

Position:

~

Construction Surveillance Engineer *

~

i I traveled to Beale Air Force Base (in advance of equipment installation during the forming and puring of the silos) to work with the Corps of Engineers in an

(~N effort to reduce future interface or mismatch problems with AMF equipment. On V '

this assignment I was the only AMF man representing our contract with the Air Force and made all the necessary arrangements preparatory to the arrival of the

(

installation group and the field manager. This included scheduling equipment arrival, negotiation with subcontractors for off loading and negotiation with management officials from other associate companies.

rmuens

x(R. KYNER, JR. %

/ -

4-J'-^ycssional Position: Mechanical Engineer Q rience: I commenced work at Denver on the antenna protecting and elevating set of the

'. Titan I missile project. I stayed at the site in an advisory capacity during the first antenna equipment installation in the silos. I made changes to the mechanical design as necessary for fit and function and incorporated these changes into the drawing so that future equipment could be modified in the factory Upon completion of silo installation, I tested the system for Air Force acceptance.

poeingCompany 1955-i960 Position: Quality Control Supervisor United States Army 1953 - 1955 l'osition: Flectronics Techniciar, 1

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PERSONAL RESUME rm:.

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E CHAEL M S M '

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CLASSI,FICATION Sr. E cr./25 ih$f .. l i OftGANIZATION & LOCATION an Francisco Power Division [,

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BIRTHDATE 7/13/47 CITIZENSHIP USA t i. .llU '

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i ORIGINAL BECHTEL EMPLOYMENT DATE 8/30/72

.W RE EMPLOYMENT DATE(S)

'3/28/77 . -7:' *

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g. Spaygges g Sandra Marie ', M .

i _

C'HILDREN'S BIRTHDATES 2/13/68, 9/17/70,11/9/#r74. ']e ,, -

PHOTO DATE 4/5/77 MILITARY SERVICE & R ANK

- .,- 1

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l PROFESSIONAL LICENSES AND SOCIETIES i ..I'4 I u:.0 r .

Professional Engineer, Mechanical (M 16355) & Nucla,ar (NU 165) Branches, -

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{ l State of California h

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Member of the American Nuclear Society ' '

Previously held a USAEC Senior Reactor Operators License EDUCATION AND PERSONEL DEVELOPMENT PROGRAMS .

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DEGREE CERTIFICATE. ETC. SCHOOL MAJOR (OR SUBJECT) DATE. -,bN, Igg-B.S. University of Florida Nuclear Engineering 8/71 M.E. University of Florida Nuclear Engineering 8/72 ]j,H None ,

Bechtel Principles of Supervision 1974 ,.I None Bechtel QA'Indoctrinat;1on Training 1974 .

, het BeckM Audske. M omy /977 Anne EW lommonscad<ons hinq 1977 '

OTHER SIGNIFICANT INFORMATION (Refer to instructions before completing) ,' '

PUBLISHED PAPERS .:

" Neutron Beam Enchancement in the University of Florida Training Reactor." ,

ANSI Spring Heeting,1972, Las Vegas, Nevada .,

" Detection of Boiling in the 20 to 50 Kilollertz Rang'e" ANS Winter Meeting, 1972, Washington, D. C. , and IAEA meeting on Nuclear Power Plant Control and *

. Instrumentation, Prague, Czechoslovakia, January, 1973.

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NAME . DUNN, MI'CHAEL JAh25

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WORK HISTORY .

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l DATES COMPANY, OlVISION OR POSITION HEl.0,

SUMMARY

OF c DEPARTMENT: RESPONSIBlUTIES ANO - :-

q gFROM

TO LOCATION AND SUPERICA SIGNIFICANT ACCOMPLISHMENTS -

7/76 4/77 Black & Veatch Consulting Project Enginekr - Radiation Protection Engineers and Eadwaste Systems. Responsible for Kansas City, Missouri activities in the Systems Engineering ,

R. D. Woodson Department including specific responsi , , .') -

bilities for scheduling, preliminary and :i.

detailed design of radioactive waste treatment systems and radiat' ion monitoring ,

systems;' licensing support in the area o of radioactive vaste management and '

[.s radiation protection; developing technical

, . specifications for purchasing equipment- 'i~

for the radioactive tiaste management . ;. .

systems; coordinating the development of 9

the radwaste building design and detailed ;.. ,

piping design for the radwaste systems; -'

and reviewing all building arrangements - .

for conformance to the NRC "As Low Aa ,

Reasonably Achievable' criteria. ;* l 7

4/77 Present Bechtel Power Corporation Transferred from Mechinical Engineering Ann Arbor, Michigan / to QA fo,r rotational assignment as Field Hidland, Michigan L;.

Quality surance Engineer, responsible G. Richardson /J. Milandin for aud , ing and surveillance of piping ,

l l . and hanger insta3,lation. : .

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NAME DUNN, MICHAEL JAMES ?"

WORK HISTORY , ,

DATES COMPANY, OlVISION OR POSITION HELD,

SUMMARY

OF :* ~

I DEPARTMENT: RESPONSIBILITIES AND 4'

FROM TO LOCATION AND SUPERIOR SIGNIFICANT ACCOMPLISHMENTS

( ~

/ l 8/72 4/74 Bechtel Corporation Design Engineer on the Susquehanna Steam .

P & I Division Electric Station Project, responsible fot .,?

San Francisco, CA detailed design and equipment procurement . ' -

R. C. Anderson for the Liquid and Solid Radwaste Treat- ,

'? '

ment, Fuel Pcol Cooling and Cleanup, and .

Combustible Gas Control Systems. Specific l responsibilities included performing - ~. .

detailed design

analyses, developing , 'f technical specifications for equipment ;

procurement, selection of qualified (' . ,,

. bidders and selection of equipment ,; , .

suppliers, and review of vendor documents ." ,

for fabrication release. I

.d. .

4/74 6/75 Bechtel Power Corp. Nuclear Group leader of the Skagit Nuclear ,*, j San Francisco, CA Power Plant. Responsibilities were plano I' I R. C. Anderson ing, scheduling and supervising the 9 ;

project licensing efforts and the detailed->

design and equipment procurement. activities for the Nuclear Steam Supply System and :,U ,

the Radwaste Treatment, Fuel Pool Cooling

. and Cleanup, and Combustible Gas Control

l I ,, Systems. Specific responsibilities were developing interface control documents .

(, for systems designed by Bechtel, coordination

. . of all technical information exchanges ?

with the Nuclear Steam Supplier, prepara-tion of the Preliminary Safety -Analysis Peport and resolution of licensing issues with the NRC, developing technical specifications-for equipment precurement, selection of '.,

qualified bidders and equipment suppliers, ,f'

, review vendor documents for fabrication y release, design of the station to meet the 'As Low as Practicable' criteria, ,

shielding deeign and analysis, preparatica and maintenance of the "Q"-list for safety related equipment, and project review for compliance with the Engineering Departmett Procedures. '

6/75 4/77 Black & Veatch Consult- Radiation Protection Section Leader T, ing Engineers responsible for the development and .

Kansas City, Missouri implementation of a comprehensive progran M. J. Robinson for design analysis in the areas of radiation pro'tection; including shieldinE.

radiation dose assessment, and environmer tal:

{ l effect's of power plant operation. Respons-ible for the preliminary and detailed .

design of the Liquid and Solid Radwaste

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system for the Black Fox Station.

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[g),' Fredrick J. Milsovic .! s't ?

<pa, Civil Quality Control Engineer - f[ 9,'s .

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Mr.MilsovicgraduatedfromhighschoolinJune1966,attendedthe.$N,h27

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hk: in the Civil Department for Jacob Engineering in Pittsburgh, Pa. , also ,;N[

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Power Corp. at Gaitherburg, Maryland, working as a Senior ,

..;..> Draftsman

,.- the Civil Depa'rtment on the Edwin I Hatch Nuclear Power Plant. '%$

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for four years on the Washington, D. C. Subway System, Washington, D. C. "J;3

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MT There Mr. Milsovic was Project Manager being responsible for: ..thedetail.(

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ye%p,"".ing of rebar placing drawings; shop ordering and supplying bending dimensj,ons '

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3. j'i. - fnr fabrication of all rebar; coordinating all the deliveries of ebar ,to(j.3

-i<4fr'c the jobsite; liason between the Resident Engineer and the ' field.

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i on the Midland Project, there being a Civil Engineer in the Quality Controlf"--

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David J. Roth Civil Quality Control Engineer i

Graduated from Kent State University with an Associates Degree in '

Civil Engineering.

I Six years experience as a craftsman involved in concrete and masonry construction. After graduation from college he worked . a civil engineer for a county highway department. While with the county

! highway department his duties included surveying, bridge and highway

( design work and monitoring of construction activities.

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Med/ Piping Quality Control Engineer '..g.:WFp h.

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Kent State University, Salem, Ohio

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<:.4 Vendor Source Inspector: Inspection of pressure vessels, columns, 24 3 Tic? heat exchangers, machined parts, mech.inical fabricatons, pipe "i 4 fabrications, and assembled units (pumps, valves, etc.), using [* all M;d "YM I gQ.. phasas of f1DE, B-31.3, B-31.1, and ASME Codes.
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KURT A. NILSON , ,,
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, (Education: ,
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~~pQ- Graduated Prom John Muir High School, Pasadena, Calif. ,. t.'j . 9 l'f;~~
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Pasadena City Collega, Pasadena, Calif.
(1968), A. A. Degree
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4 Graduated Prom California Polytechnic State University at San Luis Obispo, Calif. (1972) BS Degree' yf. ...Y. "
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Dates E=nlover Position Work Restonsibilitie's'* . '
~~h. 9/75to5/77 Bechtel Power LeadAreaPiping/ . Engr. responsib Corp. Mechanical Engr. Installation,InspectionfandW~~
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Testing of all Pipe'&iMech'. .,
,M X Equipment in thelRadvaste J l[ ,
Building and' the Yard 8Area .'
nj at the Limerick PA.DProjeo .'
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y 6/73to9/75 Bechtel Power Staff Piping Engr responsibilities for?).2 i-
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tc "As Built" Revisions /at* .
d g.- Labadie, MO. (7100)." l' Summers Union Oil Co. Roustabout General Labor Requ d f j'!ch 1970 & 1971 of Calif. For Pine Line Installations hi. .7 wp.
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.Q(.L j,jsf Dean A. Delaney .ii,},*,ld{.g . *f
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?]M ., Receiving Quality Control Engineer , .- .c[f.
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(.?tt Mr. Delaney graduated from Freeland High School in Freeland !..@9 69
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Michigan in 1972; he graduated from Ferris State College in 'j. - '
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'fg; . Big Rapids, Michigan with an Associates Degree in Building ' 9 kf'f* ' r. ,.
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Construction Technology in 197o.
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I(.l ' Detween schooling he , worked at lierthvay Manor Corp. in Freeland *!!
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. n;: T" as a carpanters helper.
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it GLY 3. Q' After college Dean worked for Gary A. Delaney, Duilder, in 'I W d

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~.- a Freeland as a carpenter doing rough layout, interior and ?. ,1.d. .
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1 exterior finishing. E D4 ' j; k
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. . . He is presently employed by Bechtel Power Corp. in Midland as a r
b .j h Qunlity Control Engineer for receipt inspection of Q-list cater
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e Attachment C .
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1 qw.in AcasAucs .
I FfnTECTS, ENGINEERIM) & C003TRUCT10N I ;
Director *
~~8. W.~~
J. Mar M. ugito,Cecy.
tela,
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WALin tactmee.htma . IHerEcrion, EJNt1 HAT 10N & ,pALITy in.110.uum; - Jacncr10m, uAMINATION & AUb1T &
l , M11AAND PH0Jt;CT Ttur VERITICATION-MIDUUD OTHER P!GJECT3 TEST VFRIFICATION.OTHER AIN f RISTMTION P
P W. H. Bird (M)
~~5. W. Slager e M~~
M J. L. Corley (H)
P. Golcabek, Secy.
P H. W. slager LMJ' (Pending) yI 8
fa, L. J. Badal, Secy.+ P D. A. Taggert + P D. D. Thorne,
, P P ! J. Bidol, Beer.+ (Acttag) Clerk F D. A. To art (B)e C E. O Adees P 0. M. Det t -
(Acting C vecomey (6/13/77)
CIVIL CIVIL P D. A. Toggert + P 0. E. Stegge P Veconey M 8. G. Wo11ney (3) #
M -
D. E. Horn (Acting) (S) M 0. T. Black f*******I M O. L. Johnson M -
D. A. Bitumenthal'
. M D. A. Deenet i M vece-,e .
M Vecency' ulxTRICAL/a.1JETH0HICS l
P -
D. R. Becker (3) (T/>/T11 P P. W. Jacobsen uJrfRIC/J,/EllLTIONICS M P. H. 43 ner (3) l (6 7)
FLUIDJ & &&,CitA141 CAL i P M Vacanc Vecency
. N --
R. E. Whitaker P Vocency
~~i l )LU110 & lufMANICAL~~
~
M D. H. ICesting (6) nonDr;;rlttMf1VM EIAltlMATIOld g _ '
P J. L. W od 3/f1) M veceseye 7est.)
P R. Cerche y y ,c,,,y e
. Sectton Need
= Oroup Supervloor P = Pernell Iaeetion IGLIABILITY & glopILTHtA.TIVE M . Midland Iecetion P
~
MAlb7 Alt 4 ABILITY gyjJ11f4ATION C . Campbell lecettoes 9 .
P Vacancy M Wecency e . Contract Personnel g
M -
Vocency Date . Espected Deport Date for New Elr*
F, ; j M Vecenty* e
~~Duel Cepecity~~
$...s e_ 77 o
e
_ . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ . _ _ _ _ _ _ ._ __ - m _

ML19329F549

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