Project Maintenance

Jeff Carter

*** * **** **.

Tifton, GA *****

Mobile: 229-***-****

Evening Phone: 229-***-****

Email: **********@*****.***

SSN 254 39 8023

Country of United States of America

citizenship:

Veterans' No

Preference:

Registered for yes

Selective Service

Highest Grade: USPS-RCA-, 08/2005-02/2007

Contact Current Yes

Employer:

AVAILABILITY Job Type: Permanent

Temporary

Temporary Promotion

Work Schedule: Full Time

Part Time

DESIRED WORK Experienced Professionals

ENVIRONMENT

DESIRED LOCATIONS US-GA-Southwest

VACANCY SEO-4749-05-MR818755-DE

ANNOUNCEMENT

NUMBER

WORK EXPERIENCE 11/1988 - 6/2010

(Fujifilm North America

Tullahoma, TN US

Salary: 26 USD Per Hour

Hours per week: 40

Electronics Technician

EXPERIENCE

I possess the knowledge, skills, and abilities to

perform the duties of a Maintenance Mechanic Helper

without more than normal supervision. I am a

dynamic and accomplished technician with extensive

experience in installation and maintenance of

electronic and mechanical equipment. Skilled in

troubleshooting and providing quick solutions,

possess ability to work under pressure, with strong

communication skills. Experienced in other

non-technical areas such as plumbing, construction,

chemical mixing, warehouse shipping/receiving, and

production.

Working in a normal distribution environment where

less than ideal conditions existed, I dealt with

cold, heat, damp, dusty, noisy, greasy, poorly lit

areas, both inside and outside, while climbing on

or around pallet storage racks, stooping, in

awkward or uncomfortable positions, or confined

spaces to identify or examine material or

machinery, sometimes receiving scrapes, bruises and

cuts, all while using safe work practices. I

worked on roofs with heights of 30 feet and

regularly worked from a chemical mezzanine rack and

warehouse storage racks with heights more than 15

feet. I regularly made repairs while under these

conditions most of the time without a workbench or

stable surface and sometimes in hard to reach

places. Often times I worked where temperatures

were extreme and noise levels required hearing

protection, all while being subject to electrical

shock.

On a regular basis, I received educational training

on safe lift practices while handling material,

utilizing proper form while lifting items and

acquiring help when items are heavier than 50

pounds to lift or carry. On a regular basis I

lifted and carried parts or equipment that weighed

over 30 pounds and, with assistance items weighing

more than 40 pounds.

I was routinely exposed to hazardous materials,

chemicals, and carcinogens and adhered to safe work

practices. In the performance of my duties, I used

PPE such as steel toed shoes, aprons, hearing

protection, safety glasses, gloves, goggles, and

respirators, while handling hazardous and

nonhazardous materials. I ensured materials were

properly stored in approved and designated

containers and locations, processed disposal and/or

shipment of such materials; completing proper

documentation either manually or by using automated

equipment as required. I periodically received

structured/formal training and on-the-job training

for spill containment and cleanup.

I routinely performed my duties without

supervision, and only until very large, complex,

and possibly dangerous jobs requiring more than a

couple people were required for safety, was

supervision present.

Occasionally fellow technicians or electricians

took lead on projects that required assistance. I

assisted them by performing some of the simpler and

more routine tasks allowing them to stay focused on

the completion of the project in a timely and

efficient manner. Some of the tasks included

measurement of areas with tape measure and using

simple arithmetic to prepare a worksite: covering

areas with protective materials such as grease,

metal shavings, etc., gathering and carrying tools

or equipment, and setting ladders or stands in

place. On the obverse, when the project is at the

end of workday or end of project, I ensured items

were returned to the proper storage location taking

care to account for all items used to include

cleaning the work area. Assistance included

repair, removal, installation, or wiring of

electrical components or other items. As usual,

once projects began, additional items were

regularly needed; I assisted by providing

additional "arms and legs" to the project, by being

able to quickly retrieve these items and provide to

lead participants, or if they were in a bind

holding things in place, I actually applied the

items directly in the place needed. Other examples

of my assistance are when multiple hands were

required at the same time, someone would hold an

item in place, someone would drill holes, or screw

something into place, and I have in all of these

ways at any given time. While working on these

projects, I relied on my many years of experience

to determine the size and type of drill bits,

anchors, straps, screws, etc. to appropriately

anchor items securely. Many times I have performed

as the lead on projects that required a helper, in

which I provided them with a list of tools,

equipment, raw materials, etc. needed to complete

the project. By having this experience, it gave me

a greater insight into what item, tool, or material

was needed next in the progress of the project, it

allowed me to perform with greater accuracy and

efficiencies, ultimately saving the project time

and money. By having experience and perspective

from both sides of the project, as the lead and

helper, I gained the assurance that I can

successfully perform the duties of a maintenance

mechanic helper without more than normal

supervision.

I utilized the lockout tagout (LOTO) safety program

and voltmeter to assure circuit was void of power

before changing defective switches, receptacles,

plugs, breakers, lamps, fuses, ballasts, and bulbs.

In the performance of my daily duties, I used my

skills with various hand tools and power tools to

complete most jobs.

Working as an Electronic Technician, I gained

experience that supported the shop duties

associated with reports, inventory, ordering

supplies, and contacting vendors.

I used verbal and electronic communication skills

to prepare reports pertaining to work order

requests, replying to work accomplished, preventive

maintenance schedules, procuring proper approval,

and notifying all affected departments or

personnel. Daily I prepared requisitions for

parts, materials, or supplies needed to complete

jobs scheduled or maintenance scheduled change of

parts, always checking against quantity of parts on

hand. Upon arrival of parts or materials, I

verified number and accuracy of parts, against the

associated paperwork, and placed in correct

location. If discrepancies appeared, I contacted

the supervisor in charge. By storing supplies,

parts, or equipment in the properly sized and

marked locations, or containers, I realized even

greater savings in money and efficiency when

locating items needed to get jobs done in a timely

and efficient manner.

I served my company using a wide range of skills

and abilities that crossed into many other

positions; however, when work needed to be

accomplished, I used my extensive work experience

and my varied skills to ensure the work was

efficiently completed within a timely manner.

I received annual educational and on-the-job

training to remain certified using (MHE) forklift

trucks, pallet jacks, etc. Certification included

comprehension, and utilizing safe driving and

lifting practices careful of cornering, height, and

weight limitations of the truck. To obtain initial

certification, I successfully completed a fork lift

driving test with loaded forks through an obstacle

course.

I used Material Handling Equipment (MHE) to support

a manufacturing environment by properly

identifying, picking, and transporting the material

requested to a production floor for use.

Understanding the time restraints of production and

how production flows, what certain materials were

to be kept at required levels, I prioritized the

picking requirements to maintain the requested

items quantity levels. I instructed and educated

others how to understand this logic and how to

utilize a material location legend and databases to

locate and identify material, and to help them

achieve an effective supporting role to production.

I packaged above said material/equipment for

shipment in boxes, using packaging peanuts,

wrapping delicate items in bubble wrap/ packing to

prevent damage and stacking onto pallet or shipping

crate for stability, taking care that the heaviest

items are equally situated on bottom and lighter,

more delicate items situated on top and properly

labeled to convey information to carrier of

fragility and ability of each pallet for stacking.

I instructed others how to package, stack,

stabilize, wrap, and inspect that the quality of

the packaging was satisfactory for replenishment or

shipping. From experience, I realized that by

keeping materials, tools, and equipment in a neat,

clean, and orderly manner you can accomplish both

safety and a more efficient work area, ultimately

saving time and money.

When given a set of shipping objectives, I

interpreted the instructions, located the

material/machinery, and using MHE, verified serial

numbers, if applicable, and delivered to location

for production or prepared to ship. Usually if

shipping equipment, a crate or shipping container

must be custom built either using specifications or

making one to fit the equipment. Depending on

instructions or schematic, I used woodworking

tools, tape measurers, hammers, screw guns, saws,

and pneumatic nail guns to construct from wood the

design to spec. By determining the weight of the

equipment, I determined how heavy to construct the

crate or skid. By using various methods, I

performed Preservation, Packing, Packaging, and

Marking (PPP&M). For example, I preserved and

packed the equipment using appropriate packaging

for the job, and marked on receipts or shipping

labels. Then using MHE, I positioned machinery on

pallet or crate so that weight was equally

distributed as much as possible, securely attaching

the machinery to the base of the crate, then

constructing the walls around the sides and

finishing with additional packaging before topping

off the crate. Then I prepared documentation,

either manually or by automated equipment, created

a shipping label, with machine information, giving

care to assure proper addressing, and contacted the

carrier for arrangement of pickup.

I routinely received over-the-road (OTR) trucks and

unloaded incoming shipments either by hand, using

roller conveyors and manual bending, stooping, and

stretching to restack boxes onto a pallet, or using

MHE to unload, to correct storage locations, being

careful to annotate the quantity of each pallet and

keep running totals to verify against bill of

lading.

I fully disassembled, inspected, repaired,

modified, packed, transported, reinstalled,

upgraded, serviced, and tested photographic and

mechanical equipment. This equipment was

electrical, mechanical, and pneumatic in nature,

utilizing motors, gears, chains, sprockets,

solenoids, bearings, couplings, right angle drives,

motor controllers and computers

(Utilized the understanding and skill to use

testing instruments: oscilloscope, multi meter, ph

meter

(Evaluated test reports and rectify technical

errors

(Interpreted blueprints, schematics, mfg. manuals

for resolution of problems

(Implemented inventory control, devising clever

part number coding method for storage of parts

(Located parts from alternate suppliers using the

internet to create savings

(Loaded/unloaded trucks/warehouse supplies

utilizing forklift and storing supplies correctly

(Cross trained to learn other jobs improving value

to company

(Input and retrieved information to increase

efficiency and accuracy

(Communicated/Taught equipment concepts to others

to improve teamwork

(Maintained Chemical inventory resulting in

decreased excess spending

(Maintained records/logs to account for parts used

in repair

(Maintained chemical and effluence systems, mix

chemicals adhering to safety regulations

(Performed waste water sampling as required by

government or regulations

(Chipped, weighed, and packaged electrolytically

harvested silver for shipment

(Quality checked/corrected printing equipment and

chemicals

(Repaired equipment mechanically and electrically

to eliminate downtime

(Performed routine machine maintenance

(Led maintenance dept. (6 techs) in extended

absence of supervisor

(Fabricated or modified parts form substitute

materials in emergency situations

(Programmed image recognition and database software

(Installed/tested machinery to manufacturer specs

(Upgraded computer hardware/systems/networks

(Utilized Personal Protection Equipment, Lock Out

Tag Out, and zone defense to ensure safety in

workplace

(Designed and installed Plumbing of chemicals

distribution and return utilizing PVC with

associated tools.

(Contact Supervisor: Yes, Tom Collins (864)

942-2501)

(United States Postal 8/2005 - 2/2007

Service

Tifton, GA US

Hours per week: 8

Rural Carrier Associate

Sort, organize, and deliver mail on a designated

delivery route (Contact Supervisor: Yes, Paul

Mills 229-***-**** )

(Lorain Products 10/1985 - 3/1988

Newnan, GA US

Hours per week: 40

Bench Repair Technician

Bench tested, repaired and calibrated mainframe

telephone equipment

EDUCATION (Abraham Baldwin Agricultural College

Tifton, GA US

Some College Coursework Completed - 12 / 1985

21 Quarter Hours

GPA: 2.19 out of 4.0

Relevant Coursework, Licensures and Certifications:

U.S. History, Dev Algebra, Micro-Economics,

Composition and Rhetoric, Fundamentals of Speech,

Trigonometry

(South Georgia Technical

Americus, GA US

Vocational - 12 / 1984

1727 Classroom Hours

Major: Electronic Technology

GPA: 3.2 out of 4.0

Relevant Coursework, Licensures and Certifications:

D.C. Fundamentals, A.C. Fundamentals, Power

Supplies, Semi-Conductor Fundamentals, Digital

Logic Circuits, Vacuum Tubes, Amplifiers,

Oscillators, Receivers, Transmitters,

Antennas-Microwave, F.C.C., T.V. Fundamentals,

Microcomputer Concepts, Industrial Electronics,

Computer Troubleshooting

(Georgia Southwestern College

Americus, GA US

Some College Coursework Completed - 9 / 1983

5 Quarter Hours

GPA: 3.0 out of 4.0

Relevant Coursework, Licensures and Certifications:

Biology

(Turner County High School

Ashburn, GA US

High School or equivalent - 5 / 1982

GPA: 2.8 out of 4.0

Relevant Coursework, Licensures and Certifications:

College preparatory classes

512 clock hours of Introduction to Electronics

REFERENCES Wayne Van Duzer CAG CLS USA COO

Phone Number: 229-***-****

Email Address: *********@*****.***

Reference Type: Professional

Glen Langley Fujifilm North EHS Mgr

America

Phone Number: 229-***-****

Email Address: ********@*********.***

Reference Type: Professional

Bonnie Smith USPS Postmaster

Phone Number: 229-***-****

Reference Type: Professional

Tom Collins Fujifilm North Senior Digital

America Ops Mgr.

Phone Number: 931-***-****

Email Address: *********@********.***

Reference Type: Professional

Dean Harrell

Phone Number: 478-***-****

Reference Type: Personal

Contact this candidate