Jerry Alfred Bialek

1330 Sandalwood Drive | Colorado Springs, CO 80916

(812) 964-0911 | cell (509) 209-4126 | alfred123@earthlink.net

ELECTRONICS ENGINEER

Secret Security Clearance (current)

Reporting & Documentation Requirements | Project Development | Personal Computing | Management

Principles, Practices and Functions | Organizational Team Building | MS Office Suite

Education/Professional Development

MASTERS OF SCIENCE: ELECTRICAL ENGINEERING — degree seeking

University of Colorado, Boulder, CO

BACHELOR OF SCIENCE: ELECTRICAL ENGINEERING — 2010

University of North Dakota, Grand Forks, ND

BACHELOR OF ARTS: RUSSIAN LANGUAGE TRANSLATION — 1978

Arizona State University, Tempe, AZ

ASSOCIATE OF ARTS: DRAFTING & DESIGN — 1995

Olympic College, Bremerton, WA

Licensing, Certifications & Specialized Training

DAWIA Level 2

AutoCAD

Microsoft Office 2010

C, C++, VB & COM

Matlab

Bureau of Reclamation:

- $250.00 safety award — 2010

Bonneville Power Administration:

- $250.00 performance bonus — 2008

- $400.00 safety award — 2008; $100.00 safety award (x5) — 2008, 2007, 2006, 2005, 2004

Professional Experience

Peterson Air Force Base, Colorado Springs, CO

309th Software Maintenance Group, Hill Air Force Base, Ogden, UT

517th Software Maintenance Squadron, Hill Air Force Base, Ogden, UT

Electronics Engineer: (GS-12)-08/2014 to Present

Supervisor: James Olson (719) 556-2750

Annual Salary: $72533; Weekly Hrs: 40

Acquisition position at Peterson Air Force Base in the procurement of a variety of electronics hardware in

support of LADO (Launch, Anomaly Resolution, and Disposal Operations). Procure hardware and software

using standard contracting methods or use Government Purchase Card. Use GPC card (GPC card holder) for

purchases under $3000.00. Update engineering drawings using AutoCAD in the database holding all of the

technical documents in support of LADO software.

  · Test software using Dell 970 workstation. Conduct regression testing of various routines to ensure that

previous version of software is compatible with newer version of software

  · Write test routines in support of software change requests to update software

MS Project

GIS

Multisim

Labview

Mathematica

Awards & Recognition

Visio

Prototyping

Primavera

Signal Analysis

Power Generation

Jerry Bialek resume page 2

  · Configure new installed hardware and software in support of the Global Positioning Satellites central

control located at Schriver Air Force Base, Vandenberg Air Force Base & GDS Lab located at Peterson

Air Force Base

  · Act in the capacity as system engineer responsible for the update of engineering drawings for the

control of the Global Positioning Satellites

  · Conduct Block IIA operational regression test where this procedure will use LADO software to

accomplish an Integration & Checkout test procedure for IIA satellite operations

  · Conduct detailed procedure needed to accomplish Telemetry, Tracking & Control final checkout for

Block IIR command controls

  · Conduct a BCO procedure used to verify the Mission Planning database is functional and has been

installed correctly, along with the configuration necessary to perform the procedure

  · Conduct a basic checkout test procedure for use in each of the AceSuite applications to produce

necessary files used by each of the other AceSuite applications. This procedure includes AceTWT,

AceCDT, AceCPB, AceDBE, AceVS, AceWLS, AceCP, AceTWS, and AceSIM

  · Conduct basic checkout test procedure for creating a contact with IIA/IIR space vehicle using

simulation time. This procedure includes AceWLS, AceCP, AceTWS, AceSIM and TWT

  · Conduct basic checkout test procedure for creating a contact with IIA/IIR space vehicles using realtime

data. This procedure includes AceWLS, AceCP, AceTWS, AceSIM and TWT

  · Conduct basic checkout test procedure for creating a contact with a IIF space vehicle using simulation

time data. This procedure includes AceWLS, AceCP, AceTWS, AceSIM and AceTWT

  · Conduct a detailed procedure to accomplish Telemetry, Tracking & Control final checkout (FCO) for

Block IIA command controls. This procedure also provides detailed configuration instruction necessary

to perform this procedure. This procedure intends to regression test the ACE TT&C software

  · As a system engineer, select & recommend the procurement of network switches & firewall routers

typically found in computer networks. These devices were an upgrade to an existing LADO system in

support of the Global Positioning System used by military and civilian users

  · Update and create revisions to the entire set of engineering drawings using AutoCAD software. The

drawings are located in a GSIMM database containing a repository for hardware & software systems in

support of GPS system

  · Update Vendor Item Control Drawings in GSIMM database to reflect updated vendor hardware

  · Update Technical Order documents that reflect the description of complete LADO system in terms of

hardware & software. There are two volumes of this document that gives a detailed information on the

system

  · Install in the racks and configure network switches and firewall routers at Schriver Air Force Base,

Vandenberg Air Force Base & GDS Testing Lab

  · Update interconnection engineering drawings reflecting current equipment installed at Schriver Air

Force Base, Vandenberg Air Force Base & GDS Lab located at Peterson Air Force Base

  ·

Install and configure KI-17 cryptographic units used for transmission & receiving encrypted data from

orbiting satellites in the GPS constellation

  · Submit local required Form 19 & Form 20 to implement configuration change at Schriver Air Force

Base for the installation of new hardware

  · Submit redlines (AutoCAD) drawings for review and comment on the hardware configuration changes

at Schriver Air Force Base

  · Current Government Purchase Card holder (Jerry A. Bialek) purchase required hardware & software in

support of the Global Positioning System enterprise

  · Determine power requirements for the entire set of racks containing electronics equipment for LADO

in support of the Global Positioning System

  · Update five electronic racks with networking black boxes. Do as-building such as updating the

interconnection diagrams using AutoCAD computer software

Jerry Bialek resume page 3

  · Updated lists detailing procedures needed to accomplish a TT&C final checkout (FCO) for block IIF

command controls. This test also provides detailed configuration instructions necessary to perform this

procedure. The intention of the procedures is to regression test the ACE TT&C software

  · Conducted a test to determine frame sync, polarity invert, and frame change functionality for IIA

vehicles

  · Conducted a test to determine frame sync, polarity invert, and frame change functionality for IIR

vehicles

  · Conducted a test to determine frame sync, polarity invert, and frame change functionality for IIF

vehicles

  · Conducted at test simulating a IIA type of space vehicle for derived measurements

  · Conducted at test simulating a IIR type of space vehicle for derived measurements

  · Conducted a procedure to verify Format 1 Telemetry subsystem data: EPS, LBS, RCS, NPL, ADCS,

TTC, ACP & NDS for IIF space vehicles

  · Conducted a test procedure to determine processing & display of block IIA Format telemetry

  · Conducted a test procedure to determine processing & display of block IIR Format telemetry

  · Conduct a detailed procedure needed to verify the TT&C block IIF format 1 telemetry, along with

configuration necessary to perform the procedure. The sub procedure that are contained within this

procedure verifies the following Format 1 telemetry subsystem data: EPS, LBS, RCS, NPL, ADCS,

TTC, SCP & NDS

  · Verified a procedure covering sending a memory uploads to a IIR space vehicle. The following

functions are covered: upload block IIR data & dump compares

  · Conducted a procedure covering the sending of memory uploads to the IIF space vehicle and includes

the following functions: upload IIF data and dump compares

  · Conducted a detailed procedure needed to accomplish a TT&C final checkout (FCO) for block IIR

record and playback telemetry to regression test the ACE TT&C software

  · Conducted a test procedure that tested block IIA 3axis limits sets

  · Conducted a test procedure for block IIR (09376) SUPDMORE =3AXIS NORMAL limit sets

  · Conducted a test procedure for IIF space vehicles User Limits Sets

  · Conducted a detailed procedure needed to verify the TTC Format 2 Telemetry Processing along with

the configuration necessary to perform the procedure

  · Conducted Ace VS and AceWLS Regression Test procedure that will use LADO software to

accomplish an Integration and Checkout (I &C) test procedure for Visual Scheduler. This test may be

modified to be used in the LADO la or GPS support facility (GSF) LADO Mod 7 or Mod 11 at

Schriver AFB.

  · Conducted Hardware Checkout Regression Test that will use LADO software to accomplish an

Integration & Checkout (I &C) test procedure for hardware checkout. This test maybe modified to be

used in the LADO lab or GPS Support Facility (GSF) LADO Mod 7 or Mod 11 at Schriver AFB

  · Conducted regression test LADO End to End checkout to test the high level end to end checkout of the

LADO system. This procedure will start by utilizing log files generated in AceCP, then conduct orbital

determination in AceADE and creating a new TLE, using the newly created TLE to schedule a support

in AceVS, then ingesting the schedule into AceWLS, and finally using the assigned support in AceCP

and AceTWS

  · Conducted MP/OA I & C Regression Test that will LADO software to accomplish an Integration &

Checkout (I &C) test procedure for Mission Planning & Orbital Analyst reports. This test uses

Maneuver Planning functionality derived from 19 SOPS procedures to perform regression testing in the

MP/OA environment. This test maybe modified to be used in the LADO lab or GPS support facility

(GSF) LADO Mod 7 or Mod 11 at Schriver AFB

Jerry Bialek resume page 4

  · Conducted MP Build Checkout that list the BCO procedure used to verify that the MP database is

functional and has been installed correctly, along with the configuration necessary to perform the

procedure. This test is not intended to regression test the software but only to verify installation

  · Conducted LADO Operational Build checkout (BCO) that provides a checklist of items required to

evaluate a successful LADO or simulation release installation. Personnel performing the checkout may

deviate from the actions if/when required to troubleshoot or to be certain the function works as

expected

  · Conducted LADO Functionality Build Checkout (BCO) procedure that provides a checklist of items

required to evaluate in a location after a LADO release install. Personnel performing the checkout may

deviate from the actions if/when required to troubleshoot or to be certain the function works as

expected

  · Conducted a Block IIA Operational Regression Test procedure that will use LADO software to

accomplish an Integration & Checkout (I &C) test procedure for IIA operations. This test maybe

modified to be used in the LADO lab or GPS support facility (GSF) LADO Mod 7 or Mod 11 at

Schriver AFB

  · Conducted a Block IIR Operational Regression Test procedure that will use LADO software to

accomplish an Integration & Checkout (I &C) test procedure for IIR operations. This test maybe

modified to be used in the LADO lab or GPS support facility (GSF) LADO Mod 7 or Mod 11 at

Schriver AFB

  · Conducted a Block IIF Operational Regression Test procedure that will use LADO software to

accomplish an Integration & Checkout (I &C) test procedure for IIF operations. This test maybe

modified to be used in the LADO lab or GPS support facility (GSF) LADO Mod 7 or Mod 11 at

Schriver AFB

  · Conducted MP/OA I & C Regression Test procedure that will use LADO software to accomplish an

Integration & Checkout (I &C) test procedure for Mission Planning & Orbital Analyst reports. This test

uses Maneuver Planning functionality derived from 19 SOPS procedures to perform regression testing

in the MP/OA environment. This test maybe modified to be used in the LADO lab or GPS Support

Facility (GSF) LADO Mod 7 or Mod 11 at Schriver AFB

  · Conducted AceCDT and AceDBE Regression Test that will use LADO software to accomplish and

Integration & Checkout (I & C) test procedure for AceCDT and AceDBE. This test maybe modified to

be used in the LADO lab or GPS Support Facility (GSF) LADO Mod 7 or Mod 11 at Schriver AFB

  · Conducted AceTWT Regression Test procedure that will use LADO software to accomplish an

Integration & Checkout (I & C) test procedure for AceTWT (Telemetry Wavetrain Tool). This test

maybe modified to be used in the LADO lab or GPS Support Facility (GSF) LADO Mod 7 or Mod 11

at Schriver AFB

  · Regression test LADO software to ensure older version works with the new version also known as dry

run testing. Note any bugs in the software being tested

Tinker Air Force Base, Oklahoma City, OK

Electronics Engineer: (GS-12)-10/2013 to 08/2014

Supervisor: Mark Lucash (405) 582-4302

Annual Salary: $69497; Weekly Hrs: 40

Acquisition position at Tinker Air Force Base in the procurement of a variety of electrical, electronic and

electromechanical equipment for shops engaged in the overhaul of United States Air Force aircraft such as B1B,

B-52, KC-135, E-3 and E-6 for the Air Force.

  § Conduct market research survey to identify vendors to install breathing air system for use in the composite

shop and other surrounding shops involved in the repair of air force aircraft

  § Contact vendors over the telephone or via email to establish a list of potential sources for a particular

equipment that is needed by a shop involved in the overhaul of aircraft

Jerry Bialek resume page 5

  § Prepare electrical and electronic schematics for the installation of various equipment in support of

repairing/modifying systems in air craft

  § Oversee contractor performance in the installation of equipment in the shops that support the overhaul of

Air Force aircraft

  § Purchase associated software along with hardware such as numerical control for the fabrication of parts for

aircraft overhaul

  § Do change orders to contracts when the cost of a procurement contract changes accordingly as a result of

different type of hardware that needs to be purchased

  § Prepare procurement documents to be sent to contracting to purchase various shop equipment involved in

the overhaul of above listed aircraft for the Air Force

  § Support automatic test equipment software and hardware for electronic systems subsystems and

components

  § Prepare technical specifications, design and cost estimates for use in the development of prototype and

production of automatic test equipment software programs, hardware, and interface devices for

commodities maintenance squadrons

  § Coordinate various phases of work with other engineering disciplines and interpret engineering

requirements into design characteristics and criteria

  § Plan and carry out assignments for projects in development or modification of software and/or hardware

for electronic components, systems, and equipment

  § Recommend changes to basic requirements and deviations from normal practices used in the design and

development of components, equipment, and/or systems

  § Modify test equipment to improve readiness and reduce operating and support costs of current and future

weapon systems

  § Recommend changes to basic requirements and deviations from normal practices used in the design and

development of components, equipment, and/or systems

  § Write Statement of Work for projects that spell out what is to be done, the time frame for performance by

the contractor, the deliverables required, applicable standards that need to be met, the type of

contract/payment schedule

  § Develop computer aided engineering and analysis tools as required for projects

  § Plan, organize, and develop program management techniques and determine organizational structure,

personnel, training, and security requirements to ensure the program/project is meeting established cost,

schedule, and performance objectives as determined by higher authority

  § Review project bids, proposals, and specifications for the contract

  § Assist the project engineer to define project goals and establish a system to review, control, and report

project status

  § Based on results of project reviews, adjust funding, schedules, and work for assigned segment of

project/program

  § Do operational testing of systems to ensure proper functionality of all of the subsystems. Use proper

equipment to conduct the tests as required

Naval Surface Warfare Center, Crane, IN

ELECTRONICS ENGINEER: (ND03) — 12/2012 to 10/2013

Supervisor: Roger Smith (812) 854-6430

Annual Salary: $63,000; Weekly Hrs: 40

Provide support for the testing of various batteries normally found in Department of Defense systems such as

satellites, submarines and other entities that have batteries in them

  § Tag and test various electronic equipment that was in the general area of the Lithium-ion fire to ensure

proper functionality; identify equipment that had to be discarded as a result of damage to the equipment

from the fire

- Calibrate various electronic equipment used in the testing of batteries

- Write Standard Operating Procedures on the use of calibrated equipment and other repair procedures that

involve switching power supplies that are overhauled at this activity for Department of Defense

Jerry Bialek resume page 6

- Take apart MACOR battery testing unit’s various circuit boards and controllers to have them cleaned from

the resulting fire for a possible reuse that occurred as a result of lithium-Ion battery fire in the testing area

of a building

- Put together for the supervisor a matrix showing the types of lithium-ion batteries that are being tested and

various characteristics of the batteries that are being tested at this activity

- Create a spreadsheet showing the equipment taken out from the area of the fire and the condition of the

equipment (i.e.) if equipment is salvageable or it had to be disposed of if beyond repair

- Check various electrical outlets in the area of the fire with multimeter to determine if an outlet is hot or not

turned on

ELECTRONICS ENGINEER: (ND02) — 3/2012 to 12/2012

Supervisor: Matthew Ritter (812) 854-1341

Annual Salary: $55,844; Weekly Hrs: 40

Provide component level Strategic Flight Systems electronic engineering services and life-cycle support for

electronic and electro-mechanical assemblies

  § Teradyne 9100 tester and DTS D-5 tester hardware and software support:

- Provide assessment of functional, diagnostic, environmental and parametric testing of digital, analog

and mixed signal assemblies, utilize C and C++ in provision of programming support

- Provide programmatic and engineering life cycle support services including specifying, procuring,

installing, maintaining and disposition of Teradyne testers

- Perform root cause analysis to determine which part of the system has failed and order replacement

parts as needed during life cycle support

- Provide prototype electrical, mechanical and electro-mechanical builds

ELECTRONICS ENGINEER: (ND02) — 9/2011 to 3/2012

Supervisor: Sandy Woods (812) 854-1687

Annual Salary: $55,844; Weekly Hrs: 40

Provide support for the DTS tester used the D-5 missile reliability testing to ensure the missile functionality is

proper

  § Update the design for the DTS tester using Visio software to develop logic flow diagrams for design

- Utilized Visio to model and update engineering drawings for the DTS tester

Bureau of Reclamation, Grand Coulee, WA

ELECTRICAL ENGINEER: (GS09) — 5/2010 to 9/2011

Supervisor: Jay Boggess (509) 633-9507

Annual Salary: $59,565; Weekly Hrs: 40

Develop electrical designs, plans and specifications for state-of-the-art hydro-powerplant equipment and

facilities; apply engineering knowledge in the design and maintenance of powerplant equipment, switchyards,

pump/generator plants and all supporting facilities and ancillary equipment

  § Formulate testing programs for new and existing equipment; utilize AutoCAD to document electrical

designs, plans and specifications including design modifications to modify, replace and rehabilitate complex

systems and components of such systems

- Prepare as-built drawings relative to power houses, switchyards and relay houses

- Provide technical contracting advice and assistance to section members and others; coordinate and

direct the work of engineers and technicians in the accomplishment of complex electrical design tasks

- Inspect electrical equipment to detect wear and abnormal conditions

  § Assist the contracting officer as technical representative in contract matters and participate in the evaluation

of contractor submitted proposals for requested work or procurement

- Prepare detailed cost estimates for various present and forecasted design projects

  § Perform studies for the evaluation of various alternatives for meeting objectives with consideration of

peripheral as well as technical factors

Projects:

- Support DTS testers for the D-5 missile system on board naval trident submarines to test reliability of

the missile throughout life cycle

Jerry Bialek resume page 7

  § Lead Engineer: Rewire 500 kV breaker to convert from three phase trip to single pole trip using protective

relays to enhance transmission line protection; utilize AutoCAD to modify drawings for the redesign

Luke Air Force Base, Glendale, AZ

ELECTRICAL ENGINEER (YD02) — 10/2008 to 5/2010

Supervisor: Albert Regal (623) 856-6462

Annual Salary: $56,000 yr; Weekly Hrs: 40

Manage and evaluate base wide projects and programs relative to electrical circuits, ciruit elements, equipment,

systems and associated phenomena concerned with electrical energy and magnetic fields

  § Perform journey level electrical engineering work to support entire base power system infrastructure

including base substation for the distribution of electricity to all base facilities.

  § Responsibilities include; project management and monitoring of contractor work on various base projects

  § Use AutoCAD drafting and design software to review drawings submitted by A & E engineering firms for

correctness as it pertains to the project

  § Monitor contractor work to ensure it is on time and within budget

  § Develop facility surveys and make recommendations to management on how to improve energy efficiency

through the use of various energy saving applications

Projects:

  § Project Lead: $1.5 million update project for Base substation including entire power grid

  § Update runway lighting; track and assess contractor progress throughout the construction phase of the

project

Bonneville Power Administration, Vancouver, WA

ELECTRICAL ENGINEERING TECHNICIAN: (GS09) — 11/2001 to 10/2008

Supervisor: Mike Miller (503) 230-3000

Annual Salary: $55,022; Weekly Hrs: 40

Conduct performance testing, troubleshooting and repair of BPA substations up to 500kV voltage class and all

associated ancillary equipment

  § Time power circuit breakers using Doble TDR 9000 timer; take shots of various trip and close parameters;

power factor bushings on high voltage power circuit breakers to check for current leakage and anomalies

  § Check travel mechanisms for proper functioning ensuring proper trip and close operation; check control

house breaker alarms for proper wiring

  § Check SF6 gas pressure at breakers ensuring proper operation during abnormal conditions

  § Install and test fiber optic cable at power substations utilizing appropriate test equipment

  § Involved in the construction of new substations for wind power generation

  § Use Variac to check ratio current transformers in power circuit breakers to verify correct nameplate ratios;

ensure continuity for outside wiring at breaker

  § Load current transformer circuits from the power circuit breaker to control house to check for proper

phasing; wire check racks in control house for wiring errors resulting from the same

  § Perform in-service checks using an arbiter when load is picked up to ensure that return currents and

potential values are consistent with nameplate data

  § Power factor capacitive coupling voltage transformers to ensure that no damage had occurred to the unit

during shipment

  § Test ratio capacitive coupling voltage transformers (one, two and three stack type) to ensure ratio name plate

data is as required: verify that windings are as shown on nameplate data

  § Load stand alone transformers to test current circuits between control house and outside unit

  § Power factor and ratio potential transformers used for relaying and other control mechanisms to ensure the

unit is not defective

  § Compare wiring diagrams with schematic diagrams and make required wiring changes

  § Test individual capacitor units for upcoming construction of capacitor banks

  § Perform trip checks from Schweitzer Engineering Relays to Breaker Failure relay and then to lockout relay

in the control house

  § Use bridge meter to test current transformer circuits for possible open circuits; record findings

  § Utilize test equipment to check transformer bank hot spot heater circuit for proper function; conduct

transformer banks short circuit impedance and transformer winding DC resistance tests

Jerry Bialek resume page 8

  § Conduct millivolt drop tests involving resistance of breaker contacts on the inside mechanism

Projects:

  § Upgrade switchyard electrical capacity for substation to 500 kV

Minot Air Force Base, Minot, ND

ENGINEERING TECHNICIAN (GS07) — 1/1997 to 11/2001

Supervisor: James Murphy (701) 723-6510

Annual Salary: $25,341 yr; Weekly Hrs: 40

Drafting and design of drawing packages for new facility construction and base housing renovations

  § Use AutoCAD software to draft and design drawings as required for architectural, mechanical, electrical,

civil and environmental engineering projects; update drawings for storm sewer, sanitary sewer, electrical,

mechanical projects as a result of new construction facilities and add-ons to existing facilities

  § Conduct field surveys utilizing GPS system for the gathering of data; incorporate resulting data into design

drawings to be used in future construction projects

  § Prepare project specifications for competitive bidding; prepare final plans, drawings, maps

  § Technical representative of the contracting officer for various projects; coordinate design requirements with

various engineering disciplines and other technicians as required

PAE Consulting Engineers, Portland, OR

DRAFTER — 8/1996 to 1/1997

Supervisor: Unknown

Annual Salary: $12.00 hr; Weekly Hrs: 40

  § Perform load and heat loss calculations as per instructions from engineers

  § Use AutoCAD to develop new drawing packages for various facilities; update drawing revisions as

instructed

Pace Clean-Pak, Cane, IN

MECHANICAL DESIGNER — 4/1996 to 8/1996

Supervisor: Unknown

Annual Salary: $12.00 hr; Weekly Hrs: 40

  § Use AutoCAD in the design and manufacture of location specific clean-room air handling units for the

semiconductor industry (ie. Intel Corporation) based on the type of work being done and product

Industrial Design Corporation, Portland, OR

DESIGNER — 10/1995 to 4/1996

Supervisor: Unknown

Annual Salary: $14.00 hr; Weekly Hrs: 40

  § Use AutoCAD in the design of high tech, clean room facilities and Fab rooms requiring particulate control

and microbial contamination while maintaining reasonable installation and operating costs; develop

electrical schematics, mechanical schematics (HVAC) and architectural drawings (equipment layout)

Puget Sound Naval Shipyard, Bremerton, WA

ENGINEERING TECHNICIAN (GS0802) — 3/1992 to 10/1995

Supervisor: Walt Kendrick

Annual Salary: $22,070 yr; Weekly Hrs: 40

  § Use CAD software to generate installation drawings for fire suppression systems on-board US Navy ships;

review contractor submitted drawings for accuracy

  § Conduct ship-checks of fire suppression systems on-board naval vessels; evaluate available space for the

location, modification and installation of new or redesigned fire suppression system

  § Use manual drafting or CAD software to generate design drawings for new installation; develop and submit

drawings to be used in the installation of equipment and for future reference

U.S. Army Jefferson Proving Grounds, Madison, IN

MECHANICAL ENGINEERING TECHNICIAN (GS06) — 9/1990 to 3/1992

Supervisor: Carl Glesing

Annual Salary: $18,174yr; Weekly Hrs: 40

Jerry Bialek resume page 9

  § Test munitions of various kinds for the Army, Marine Corps, Navy, Air Force ensuring 100% satisfaction of

all specification requirements

- 155 mm and 8 in canon types

- Mortar rounds for 120 mm, 81 mm and 60 mm mortar units

- M1A1 Abrams field tank 120 mm type rounds with depleted uranium nose

- Howitzer type 155 mm platform rounds

New Cumberland Army Depot, New Cumberland, PA

PHYSICAL SCIENCE TECHNICIAN (GS06) — 12/1989 to 9/1990

Supervisor: Gary Smith (717) 770-6511

Annual Salary: $17,542 yr; Weekly Hrs: 40

  § Laboratory test various petroleum based products ensuring satisfaction of specification criteria as set forth

for the petroleum product being tested

  § Test gasoline and lubricants used in the U.S. armed forces and DOD to ensure they meet specification

criteria