RESUME'

(Updated **/**/**)

Randolph "Randy" Matthew Citron

Current Physical Address: 303 Worth Avenue

Lafayette, Louisiana

Permanent Mailing Address: P.O. Box 82069

Lafayette, Louisiana 70598-2069

Primary Phone Number: 337-***-**** (Cell #)

Secondary Phone Number: 337-***-**** (Mother's Home #)

Personal E-Mail Address: abndoc@r.postjobfree.com

Education (In Reverse Chronological Order)

B.S. in Electrical Engineering (1976)

University

of Southwestern Louisiana (Lafayette, Louisiana)

Georgia Institute of Technology "Georgia Tech"

(Atlanta, Georgia) (1974-1975)

University of Southwestern Louisiana (Lafayette, Louisiana) (1970-1973)

High School Diploma (1969)

Cathedral-Carmel High School (Lafayette, Louisiana)

Professional Engineering Registration Status

Engineer in Training (EIT) - Louisiana Certification No. T4757

(Passed Nationally Recognized Examination

in 1976) Issued by

Louisiana State Board of Registration for Professional Engineers and Land

Surveyors (1976)

(Currently in Good Standing with Louisiana State Board of Registration and

Eligible for Professional Engineering (PE) Examination at any time that I

care to schedule it. (Currently in the process of scheduling to take the

exam in 2010.)

(Note: I never pursued it in the past because it was never required by past

employers, but I would like to take the examination and pass it as soon as

possible as it is often desired by employers.)

Military

Honorable Discharge (1975)

U.S. Naval Air Reserve (1969-1975)

Photographer's Mate 2nd Class (E-5 Highest Rank) Graduated 12th in class of

69 enrolled.

Awarded Meritorious Service Medal and National Defense Medal (Perfect Drill

Attendance Over 6 Year Obligation)

Naval Air Station Alvin Calendar Field

Belle Chase (New Orleans), Louisiana

Electrical Engineering Experience

Thirty -Three (33) Years of Actual Electrical Engineering Work Experience

(Approximately half of which has been as a Senior or Lead Level Electrical

Engineer, the past 9 years of which have been primarily in Houston, Texas

area.)

Employment History (In Reverse Chronological Order)

Chicago Bridge and Iron (January 2009 - August 2009)

3010 Briarpark Drive

Houston, Texas 77042

Senior Electrical Engineer on Valero's St. Charles Refinery (Norco, La.)

MSCC /VRU and Turbo Expander Projects. I was responsible for all medium

voltage motor additions to the plant, and began my assignment by

completely modeling the plant's existing electrical system (for the areas

to be expanded) utilizing the latest SKM electrical engineering program

for motor starting, load flow, and short circuit analysis studies. I

later made field trips to the plant to confirm transformer, switchgear,

and motor control center loadings and existing motor sizes and to obtain

cable tray routings and cable lengths as required. I participated in

several meetings with the plant's Lead Electrical Engineer, Mr. Stanley

Singletary, and was involved on an ongoing weekly basis in weekly telecom

phone meetings with both the plant and their primary equipment suppliers.

I was responsible for updating and finalizing the projects' final

Electrical Load Lists, final One Line Diagrams (including the sizing of

Current Transformers as required), and final Cable Schedules (including

complete responsibility for all cable, conduit and cable tray sizing and

final checking of drawings initiated by the electrical design group). I

was also held responsible throughout the course of the project for ongoing

review, markup, and approval of all major electrical equipment Vendor

Drawings for the project and held several corrective telecons with one of

the vendors who's PLC control Systems for the medium voltage motors needed

to be revised for proper acceptable operation and to meet plant standards;

I was instrumental in getting these corrections made by the vendor to the

satisfaction of the plant electrical engineer.

When final medium voltage motor vendor data (from Reliance Factory) was

able to be confirmed, I was able to utilize the final motor starting and

torque curves to properly program the GE Multilin 469 Motor Protection

Relay by completing and downloading the GE Multilin software program into

our company computer system for future use in setting up the proper

protection for the motor upon installation of the new GE Multilin 469

relay into the plant's existing switchgear breaker cubicle. (Due to

declining oil prices, the projects were cut short and had to be were

required to be completed in only a 7 month period; the remainder of the

detailed design phase and the construction phase will be completed when

oil prices come back up over the next couple of years.)

Jacobs Engineering (March 2008 - September 2008)

4949 Essen Lane

Baton Rouge, Louisiana

Jacobs Engineering assigned me take over a Project Electrical Engineering

position that was being vacated by the Lead Electrical Engineer who was

being promoted to Electrical Department Manager. (My understanding was

that I would eventually be assigned the Lead Electrical Engineering

position on this project, but continued to work as a Project Electrical

Engineer reporting directly to the Electrical Department Manager while

functioning as the Project Lead.)

The assignment was a major project with ExxonMobil at their Baton Rouge

Polyolefins Plant (BRPO). The BRPO plant specializes in the chemical

processing of various plastics and this project entailed a complete

replacement of two of their plastics extruder units (WP-5 and WP-6). The

Electrical Engineering on this project included the complete modeling of

the required electrical system with an SKM Electrical Engineering Program

and several starting and running scenarios were set up and run until the

final electrical equipment and feeders were proven and determined to work

as required. My main responsibility was the specification and procurement

of all necessary electrical equipment that was required to be purchased in

order to supplement the existing electrical facilities, including the

specification and procurement of a complete new switchgear and motor

control center building (new Substation 20) to be provided by and packaged

by Powell Electrical in Houston, Texas. Additionally, I worked closely with

the ExxonMobil Lead Electrical Engineer to specify and purchase two new

13.2KV S&C outdoor fusible switches to be added to the existing S&C outdoor

switchgear lineup. Also it was necessary to specify and purchase two 480V,

800A. main switchgear breakers to be installed in an existing 480V

switchgear lineup for powering the new 480V MCC's. (Powell was supplying

the 13.2KV and 4160V Switchgear and 4160V and 480V MCC's.) I also had to

purchase a separate Elliott brand 4160V Motor Starter for outdoor

installation. Other major equipment that I had to specify and procure

included two 13.2KV Capacitor Banks, two Neutral Grounding Resistors

(NGR's) to be added to their existing 13.2KV - 4160V power transformers,

and all necessary Basler Ground Fault Relays for connecting the NGR's to

their upstream 13.2 KV Switchgear Breakers for tripping upon detection of a

ground fault. (I was also involved in specifying and purchasing eleven

Yaskawa Variable Speed Drives for installation at 480V.) I worked closely

with the Controls Group on specifying and designing two Interposing Relay

Panels such that all electrical motors could be interfaced with a PLC based

Computer System for controlling the entire extruder process. (As the

project was completing, I asked the Electrical Manager if he was holding

some new Lead Electrical Engineering positions on other projects for me,

and he informed me that I could not officially be placed into a Lead

Electrical Engineering position on other projects for them in a Contract

position as Jacobs' internal policies require that all Lead positions be

filled by Direct Employees.) Since I prefer to work contract because of a

tax break that I receive the first year, we mutually parted company so that

I could look for other Contract Lead Electrical Engineering positions

elsewhere.

Air Liquide (2007-2008)

Galleria Tower One Building

(Connected to Galleria Mall)

2700 Post Oak Blvd

Houston, Texas

Air Liquide is one of the largest manufacturers of Special Gases such as

Hydrogen, Oxygen, Nitrogen, and Argon and has plants around the world that

are usually located in very close proximity to major refineries and

petrochemical plants. Air Liquide signs contracts with these plants to be

their exclusive long term supplier of these gases that are needed for their

process needs.

While working at Air Liquide's central engineering office for North America

which is based in Houston, Texas, I was required to formulate a complete

and accurate Electrical Load List of both existing system loads and

proposed system load additions that were planned for our plants and then

performed system modeling for Electrical Engineering Studies using "SKM

Power Tools" in which the plants' entire electrical systems were modeled

into an overall Plant Electrical One Line Diagram by inputting all

pertinent Transformer Data, Large Motor Data, and Major Feeder Sizes to

perform Load Flow Runs, Voltage Drop Calculations, Motor Starting

Capability, and Short Circuit Calculations. (I have some familiarity with

ETAP but am not as proficient with ETAP as with SKM.) Following the

completion of these Electrical System Studies, I would usually create and

complete a Cable Schedule for all of the Major Transformer, Larger Motors,

and Motor Control Center (MCC) Feeders. From the Cable Schedule I would

often be required to create a final List of all required Major Electrical

Equipment and Major Cables that would be used to formulate Cost Estimates

for the Projects for submission to Management for approval. (I am

accustomed to contacting and meeting with Major Electrical Equipment

Suppliers and Major Cable Suppliers to work closely with me on these cost

estimates.) In many cases, it would be necessary to make trips to the

plants to confirm our proposed designs in the process of completing the

proposals. In some instances I would assemble a complete Bid Package

including Request for Quotations, all necessary Engineering and Testing

Specifications required, and all necessary Drawings such as One Line

Diagrams and Detailed Hookup Drawings.

Although I was hired for long term employment and larger projects, the

company had anticipated that their larger projects would have been approved

much sooner. Once I had completed all of the available small projects, they

informed me that the schedule for the upcoming approval of their larger

projects did not materialize fast enough, and in fact, the larger projects

would not be available until spring or summer. I was encouraged to seek

other work that was available immediately.

Chicago Bridge and Iron (CB&I) (2007)

Edison Plaza (Entergy Building)

Downtown Beaumont

Beaumont, Texas

After 2 full years of being a Lead Electrical Engineer for CDI Engineering

Group in Houston, Texas, and after they had completely run out of projects

due to a loss of the bulk of the Sales Development Personnel, I accepted a

Contract Engineering Position at Chicago Bridge and Iron (CB& I) in

Beaumont, Texas. The project that I had been hired for was not one but two

(2) major refinery expansions for Valero Refinery (identical Coker Units),

one for their Port Arthur Refinery and one for the New Orleans (St.

Charles) Refinery. After being assigned to the St. Charles project, I made

a field trip to New Orleans and met with Entergy to request temporary

electrical service for the first phase of the preliminary construction

work. I worked on load calculations and transformer and distribution

requirements for four (4) different sites which included the location of

the proposed new coker unit, the offices, warehouses, and lunch and parking

areas that would be required for the construction personnel. Shortly after

finalizing the electrical plan and beginning the required electrical

equipment setup, it was learned that Valero had chosen to award the

Detailed Engineering portion of the project to a larger turnkey EPC type

contractor such as Bechtel or Fluor and pulled the detailed engineering

from CB&I immediately after the completion of the Feed portion of the

project. Because my Contract Engineering rate was too high for their

remaining miscellaneous small projects, I was told they could not afford to

keep on until larger contract projects were negotiated and awarded to them.

(From there I moved back to Houston to seek long term larger project work.

(I was told by my immediate supervisor that I had done a great job on the

preliminary construction work and that he was sorry he could not continue

working with me. He said he welcomed me to use him as a reference for

future employers.)

CDI Engineering Group (2005-2007)

West Beltway 8 South

Houston, Texas

Project #1)

DuPont Delisle, Mississippi (Line 3 Purification)

CDI Lead Electrical Engineer

Project #1 Details:

Specify and purchase 13.8KV Switch Center, 13.8KV-2400V Power Transformer,

13.8KV-480V Power Transformer, (1) 2400V Motor Control Center, (2) 480V

Motor Control Centers, (1) 150 HP Variable Frequency Drive, (1) New UPS

System, Design and Build a New Switchgear / MCC Control Building, Run Cable

Tray and Cable to New Motors, New Lighting, New Receptacles in a new Unit

Structure, Provide all AFC Drawings for Construction.

Project #2)

DuPont-Delisle, Mississippi (HT Supports Liquids)

CDI Lead Electrical Engineer

Project #2 Details:

Specify and purchase several different Sized Fusible Motor Starter Buckets

with Power Monitors as required, Run Cable Tray and Cable to New Motors,

New Lighting, New Receptacles in a new Unit Structure, Provide all AFC

Drawings for Construction.

Project #3)

DuPont-Delisle, Mississippi (TRI Emissions Reduction)

CDI Lead Electrical Engineer

Project #3 Details:

Specify and purchase (2) 480V Motor Control Centers, (2) 900 HP Variable

Frequency Drives, (2) 100HP Variable Frequency Drives, Run Cable Tray and

Cable to New Motors, New Lighting, New Receptacles in a new Unit Structure,

Provide all AFC Drawings for Construction.

Project #4)

DuPont-Delisle, Mississippi (Plant Re-Build following Hurricane Katrina

Flooding)

CDI Staff Electrical Engineer (In office support of Re-Build Team)

Project #4 Details:

Go to site in Delisle, Mississippi to assess total electrical damage to

plant due to Hurricane Katrina, work closely with plant electrical

engineers to come up with detailed plan and schedule for complete

replacement of all electrical and instrumentation systems that were flooded

(approximately 90 percent of plant system), specify new electrical

equipment for plant that can be used for re-construction of plant

electrical system, and assist as required while interfacing with electrical

manufacturers and vendors throughout the country as required.

Project #5)

MEMC Pasadena, Inc. (PA-23 Silane Plant Expansion)

CDI Lead Electrical Engineer

Project #5 Details:

. Clearly define and estimate Electrical Portion of Project Scope of

Work

. Identify Major Electrical Equipment that will be needed to be

purchased in order to expand existing electrical distribution system

to handle all electrical loads

. Add a 2400V Electrical Distribution System to the plant to handle all

of their large motor needs which were previously being fed at 480V

which included specifying, bidding, and awarding a 3750 KVA, 13.8KV -

2400V Oil Filled Power Transformer for purchase and installation,

complete with 2400V Bus Duct and 2400V Switchgear and 2400V MCC.

. Add on to the existing 480V Electrical Distribution System to handle

the bulk of the new 480V motor loads which included specifying,

bidding, and awarding a 2000 KVA, 13.8KV - 480V Oil Filled Power

Transformer for purchase and installation, complete with 480V Bus Duct

and 480V Switchgear and 480V MCC.

. Design and specify all requirements to purchase and install a new

Switchgear Building to house all of the new 2400V and 480V Switchgear

and Motor Control Centers, bid out, award, and supervise construction.

. Oversee 3D design of complete electrical distribution required

including underground grounding, cable tray, power and control,

lighting, UPS systems (including specifying and purchasing of all new

equipment)

. Assist in design of New Operator Control Building (including

responsibility for all related electrical required)

Project #6)

MEMC Pasadena, Inc. (PA-24 Silane Plant Expansion)

CDI Lead Electrical Engineer

Project #6 Details:

. Clearly define and estimate Electrical portion of Project Scope of

Work

. Identify Major Electrical Equipment that will be needed to purchase in

order to expand existing electrical distribution system to handle all

electrical loads

. Add a 2400V Electrical Distribution System to the plant to handle all

of their large motor needs which were previously being fed at 480V.

. Add on to the existing 480V Electrical Distribution System to handle

the bulk of the new 480V motor loads.

. Design and specify all requirements to purchase and install a new

Switchgear Building to house all of the new 2400V and 480V Switchgear

and Motor Control Centers.

. Oversee 3D design of complete electrical distribution required

including underground grounding, cable tray, power and control,

lighting, UPS systems (including specifying and purchasing of all new

equipment).

. Design and specify New Motor Control Center

Albert Garaudy & Associates, Houston, Texas (2003-2004)

Corner of Westheimer and Wilcrest Drive

Houston, Texas

Project: ExxonMobil (OCN Cerro Negro, Venezuela) - AGA Lead Electrical

Engineer

. Attended regular Project Team Meetings to Develop Scopes of Work

. Wrote Weekly Reports relating to Weekly Project Status

. Held Project Status Meetings with AGA Team and ExxonMobil Client

. Developed and wrote Electrical Specifications and Addendums to

Existing Specifications for Project Use

. Involved in writing of Project Basis of Design for Electrical

Discipline

. Developed One Line Diagrams for 480V Electrical Loads

. Performed Electrical Load Analysis / Load Calculations

. Created Cable Schedules for Electrical Loads

. Performed Voltage Drop Calculations

. Performed Cable Sizing from Horsepower and Voltage Drop Requirements

. Developed 480V Motor Control Center Layouts for Motor Starters and

Feeder Breakers Developed MCC Building Layouts for HVAC System,

Building Lighting and Emergency Lighting Systems, Fire and Gas System,

MCC's, Lighting Transformers, Lighting Panelboards, VFD's, UPS System

with Battery Banks, Control Cabinets including DCS, Fire And Gas, and

ESD, Interposing Relay Panels, Lighting Junction Boxes, and Lighting

Contactor Panels, and related Cable Tray as required for Cable and

Wiring Interconnects Interfaced with Electrical Designers, Reviewed,

Revised, and Approved the following Electrical Construction Drawings:

. Re-Routing of 34.5 KV Overhead Feeders

. Grounding (Both Underground and Overhead Plans)

. Lightning Protection Plans

. 480V Power and Control Routing and Installation / Wiring Details

. Plant Lighting

. Street and Security Lighting for plant roads

. Cable Tray Routing and Installation Details

. Vendor Interface to assemble Recommended Vendor Bid Lists for required

Electrical Equipment and required Electrical Materials

. Worked closely with Procurement on issuing of RFQ's, Requisitions, and

Purchase orders including Bid Clarifications, Bid Summaries, and

Engineering / Technical Bid Evaluations

. Issued formal Transmittals and Correspondence thru Project Services

and Document Control thru use of ISO XXXX Procedures.

. Followed Procurement process all the way thru FAT Acceptance Testing

. Wrote and filed Inspection and Testing Reports

. Involved in Class III Cost Estimates for Budgeting of Project

including both Material, Equipment, and Installation Labor Costs for

Approving Project Funding

Project: ExxonMobil (OCN Cerro Negro, Venezuela) - AGA Lead Electrical

Engineer

(Debottlenecking / Reliability Projects)

. Attended regular Project Team Meetings to Develop Scopes of Work

. Wrote Weekly Reports relating to Weekly Project Status

. Held Project Status Meetings with AGA Team and ExxonMobil Client

. Involved in writing of Project Basis of Design for Electrical

Discipline

. Reviewed and revised Existing Plant Electrical Drawings for Addition

of 2500 HP Pipeline Pump and for Several Additions of LACT Metering

Skids and four (4) different related metering locations

. Analyzed existing Electrical Utility and Distribution System and

Equipment and Utility's Existing Load and Pump Starting Capacity and

made recommendations based on the analysis of the existing system

. Involved in Class IR Cost Estimates for Budgeting of Project including

both Material, Equipment, and Installation Labor Costs for Approving

Project Funding

ChevronTexaco, Bellaire (Houston), Texas (2002-2003)

Lead Contract Electrical Engineer

(assisting Lead ExxonMobil Lead Electrical Engineer)

Sanha Condensate Project

Electrical and Instrumentation Department

(Contracted to ChevronTexaco through Tech/Aid)

Senior Electrical Engineer

Assigned to one of ChevronTexaco's largest project undertakings ever, the

Sanha Condensate Project, Platforms and Pipelines Division, (platforms

designed in Houston, Texas, constructed in Okpo, South Korea, installed

offshore Cabinda, Angola, Africa)

Assisted lead electrical and instrumentation engineer on the project in all

phases of the electrical engineering, design, and drawing checking /

revisions in Houston, Texas and followed the project through the

construction phase in South Korea. (Responsible for checking, back

checking, and commenting on all electrical and instrumentation drawings

that were engineered and designed jointly by DSME (Daewoo Shipping and

Marine Engineering), a South Korean turnkey contractor, and Aker Kvaerner

Engineering, a Houston engineering firm which was subcontracted by DSME to

do the initial phase of the engineering and design, in conjunction with

guidelines and specifications provided by ChevronTexaco (Final phase of

engineering, design, and providing of fabrication drawings to be completed

in South Korea.)

Our phase of the project was responsible for engineering, designing, and

providing drawings for three (3 new and individual jacketed platforms, one

for drilling, one for production, and one for permanent living quarters

facilities, all three of which are interconnected by bridges.

My responsibilities ultimately were to provide complete, safe, and

functional electrical and instrumentation as required for power, control,

and safety systems for the entire 3-platform complex until properly

designed, installed, tested, and turned over to ChevronTexaco's Operations

Department. (This of course was a gigantic team effort between Aker

Kvaerner, DSME, and ChevronTexaco.)

Kerr McGee Chemical LLC, Hamilton, MS (2000-2001) - JE Lead Electrical

Engineer

Pigment Plant - 15KV Overhead Feeder Addition Project

Engineering Department

(Contracted to Kerr McGee Chemical through Jacobs Engineering Group)

Project Manager / Senior Electrical Engineer

Responsible for overseeing the engineering, design, and construction of a

large and extensively long steel cable tray system including piperacks,

foundations, interconnecting cable tray and cable system.

Also including the design of custom steel cable tray supports as necessary

for cable dropdowns, risers, and dropouts and the specification and

installation of extensive cable penetration plate systems for two different

substations.

Responsible for electrical engineering, design, construction and

installation of a new 13.2 KV overhead cable tray system and the

installation and termination of all new 15 KV Clx cable for the replacement

of existing pole line feeders and the addition of an additional third main

feeder for the Pigment Plant

Other significant projects completed:

Responsible for the complete electrical engineering, design, and

construction of the electrical portion of a new warehouse addition

including sizing of mcc feeder breakers, sizing of new 480 volt and 120/208

volt panel boards with stepdown transformers, specifying new equipment

including lighting and emergency lighting fixtures with photocell

controlled lighting contactors, including, roll-up doors and controls,

space heater equipment, exhaust fans, floodlighting, and general purpose

receptacle circuits.

Responsible for installing a variable frequency drive on a bagging conveyor

with automatic bag weighing, conveying, and packaging system.

Condea Vista Chemical Complex, Westlake, LA (1998 - 2000) - JE Lead

Electrical Engineer

(Contracted to Condea Vista through Jacobs Engineering Group)

Senior Electrical Engineer

Completely responsible for all electrical engineering and electrical design

for the replacement of the entire electrical power distribution system in

the Normal Parrafins Unit. This included the re-sizing and replacement of

the 13.8 KV unit feeders all the way back to Entergy's substation, the

specifying, bidding, and purchasing of the 15 KV and 5 KV switchgear, 2400

volt motor starters, including custom design of starters and controls for

three (3) of the plants largest and most critical synchronous motor driven

compressors, and the sizing, bidding, and purchasing of a complete line-up

of new 480 volt motor control centers to replace the unit's existing and

outdated outdoor motor starter racks. Completely responsible for writing

new electrical specifications for CONDEA Vista's 15 KV and 5 KV switchgear

and for writing new specifications for bidding and purchasing several

variable frequency drives for direct temperature control of the unit's

cooling fans. Also replaced a considerable amount of old existing conduit

systems with new aluminum cable tray, tray cable, and clx cable. Completely

responsible for the sizing and design of the unit's new switchgear / mcc

building including equipment arrangements and layouts to meet current code

requirements and to meet state and local fire marshal requirements.

Gerhardt's, Inc., New Orleans, LA (1997 - 1998) - Project Manager

(Electrical Projects)

Completely responsible for several projects, including client interface,

with particular emphasis on providing engineering and design for

installation and hookup of Woodward engine and speed controls for marine

diesel engines and gas and steam turbines for plant power and control. This

included successful completion of Woodward engine, load sharing, and speed

control schools and familiarization with products.

Shell Offshore, Inc., New Orleans, LA (1995 - 1997) - WE Lead E & I

Checking Engineer

(Contracted to Shell Offshore through Wink Engineering)

Electrical Engineering Checker - E&I Design/Drafting

Complete checking of electrical and instrumentation engineering, design,

and drafting for three (3) new deep water platforms

Occidental Chemical, Taft, LA (1994) - WE Lead Electrical Engineer

(Contracted through Wink Engineering)

Senior Electrical Engineer / Project Engineer

Complete design and replacement of chlorine plant's 13.8 KV distribution

system. Replaced all existing wood poles with new permanent concrete poles,

including complete survey for pole locations and structural supports for

proper guy wiring of poles, and replacement of existing 13.8 KV overhead

feeders with all new 13.8 KV clx cable and new 13.8 KV distribution

switches.

D.S.M. Copolymer Rubber & Chemical Plant, Addis, LA (1994) - JLA Lead

Electrical Engineer

(Contracted to D.S.M. Copolymer through John Lowery & Assoc.)

Senior Electrical Engineer

Complete design and specifications for new research building for rubber and

chemical plant.

Onyx Engineering, Inc., Corpus Christi, TX (1993 -.1994) - Senior

Electrical Engineer

Electrical engineering, design, and specifications for new 480 volt motor

control center for new waste treatment facility at Valero Refinery in

Corpus Christi, Texas.

Project Associates, Inc., New Orleans, LA (1992 - 1993) -

Senior Electrical Engineer

Responsible for electrical engineering and design of new combination mcc

room / operator's office, including fire and gas detection systems and

paging and alarm systems. Also responsible for engineering and design of

platform's lighting and emergency lighting systems for Chevron platform to

be located offshore in Gabon, Africa.

Marathon Oil Company, Lafayette, LA (1980 - 1992) -

Senior Electrical Engineer in Construction Department,

Advanced Construction Engineer

Completely responsible for all electrical engineering of Marathon's

offshore platforms in the Gulf of Mexico. Also responsible for replacement

of outdated electrical equipment and for compliance and permitting relating

to offshore requirements of OSHA, USGS (MMS), and Coast Guard regulations.

Renovated entire platform electrical system, including replacement of

generators, electrical distribution systems, pump control systems, air

compressors, and producing offshore platforms.

Richard, Gaudet, Poche' & Assoc., Lafayette, LA (1979 - 1980) - Staff

Electrical Engineer

Consulting electrical engineering and design for commercial electrical

systems including the design of hospitals, bank branches and drive up

teller systems, office buildings, industrial plants, machine shops,

warehouses and dormitories.

C-E Natco, New Iberia, LA (1978 - 1979) -

Sales and Service Engineer

Involved in the design, sales, and servicing of oil and gas production

equipment.

Barbay Engineers, Baton Rouge, LA (1976 - 1978) -

(Planning & Studies Dept.- Electrical Cooperatives) Electrical Engineer

Design and assembly of shore range plans (2 year plans) and long range

plans (20 year plans) for electrical cooperative expansions under REA

guidelines and environmental studies.

Acadiana Electrical Service, Lafayette, LA (1976) -

Electrical Engineer in Training

Hands on electrical experience in installation of offshore electrical

systems.

References:

Professional and personal references upon request.

Contact this candidate