Electrical Technician
Resume:
BILLY A. BOWLING JR.
Elkhorn City, KY 41522
lybowl i ng@rocketm co m
bil a il .
OBJECTIVE
To enter the Diesel industry ln a challenging and responsible position with the opportunity to utitize my
education and experience-
EDUCATION
WYOTECH, Blaksville, PA
Diploma - Motorsports Chassis Fabrication with DieselTechnology Program
consisting of 1.500 hours in lab and theory.
Graduation Date: March 27,2008
r EPA 608 & 609 Certification
MAYO VOCATIONAL SCHOOL Paintersvitte, KY
Proqram Studied - Electrical
Dates Attended: 1993-1995
MILLARD VOCATIONAL SCHOOL, Millard, KY
Proqram Studied - Electrical
Dates Attended: 1989-1993
MILLARD H\GH, Millard, KY
Diploma - College prep curriculum
Graduation Date: March 1993
EXPERIENCE
12/04-03/08. INTERSTATE NATURAT GAS, Pikervitte, KY
Mechanic. Performed as a diesel mechanic and gas drilling operator.
Supervisor: Tim Glass 6A6-432-9125
07/96-11/04. MCI WORLD COM, North Royatton, AH
Fiber Optic lnstaller. Worked on phone and air traffic control semters.
Supervisor: James Stine g8g-world-com
MILITARY
1995-1996. UNITED STATES NAVY- Construction Brigade
REFERENCES
Diann Stuck, Court Designated Worker
41501
93 Stones Branch Road, Shelbianna, KY 6A6-422-1A6A
Jason Ringer, Student
15717
318,4 Batch Plant Road, Blairsville, PA 740-***-****
Aaron Wallace, Student
2Bau
2o4go lndian Mound Road, Norwood, NC 704-***-****
Motorsports Chassis Fabrication with Diesel Technology
Program Total: 9 months, 60 credit hours, 1500 clock hours
The objective of this diploma program is to provide the student with skills necessary to
obtain a broad range of entry-level technician positions in the diesel or specialty
automotive fields. The student receives training as a modern dieseltechnician plus
specialty training in motorsports chassis fabrication. Theory lectures and labs are used.
The program consists of approximately 42% theory and 58% lab.
Course # Title/Description Clock Hours Gredit Hours
Fluid Power and Electrical Systerns
600 250 t 0.0
Theory and lab in basic hydraulics, hydrostatic drive transmissions, use of freestanding
engines and skid steer loaders, torque converters, Allison transmissions, basic DC
electricity and electrical systems, repair and troubleshooting of hydraulic systems,
pumps and.cylinders, and mobile electronic systems. Reading of hydraulic and electrical
diagrams. Use of flowmeters, pressure gauges, multimeters and starter/alternator/
battery test equipment- Prerequisite: None. Lecture Hrs: 11 1.5. Lab Hrs: 138.5.
Engines
700 25A 10,0
Theory and lab practices in dieselengine rebuild, identification, manual usage,
turbochargers, failure analysis, measuring, diagnostic troubleshooting, engine brakes
and tune-up. The engines covered are caterpillar, Detroit, and cummins. The use
of engine dynamometers to evaluate engine performance is also demonstrated.
Prerequisite: None. Lecture Hrs: 92. Lab Hrs: 158.
Engine Management Systems &Refrigeration zsO
800 10.0
Theory in low and high-pressure pumps and injectors. Theory and lab in tanks, filters,
transfer pumps, nozzles, and operation of fuel systems such as Caterpillar, Cummins,
and Detroit Diesel, Practices include the use of diagnostic tools on electronic engines
such as caterpillar, cummins, Detroit DDEC and V-MAC, EpA, RcRA, sec 608,-60g-
Also covered in this area are the operation testing and servicing of cab air conditioning
and transport refrigeration, basic hand tools and fasteners. Prerequisite: None. Lecture
Hrs: 138. Lab Hrs: 112.
Power Trains
900 254 10.0
Theory in antilock brake systems. Theory and lab in operation, failure analysis,
troubleshooting, repair and adjustments of the following components: manual
transmissions, single reduction, through drive, and double reduction differentials, manual
clutches and flywheels, preventative maintenance and inspection, 121 airbrake
systems, axle and driveJine alignment, power take off units and wheel bearings.
Prerequisite: None. Lecture Hrs: 117. Lab Hrs: 133.
THE CONTENTS OF THIS SHEET ARE SUBJECT TO CHANGE WITHOUT NOTI
Motorsports Chassis Fabrication with Diesel Technology
Program Total: 9 months, 60 credit hours, 1500 clock hours
The objective of this diploma program is to provide the student with skills necessary to
obtain a broad range of entry-level technician positions in the diesel or specialty
automotive fields. The student receives training as a modern dieseltechnician plus
specialty training in motorsports chassis fabrication. Theory lectures and labs are used.
The program consists of approximately 42o/o theory and 58% lab.
Clock Hours Credit Hours
TitlelDescription
Course #
Diesel Technology Core Courses
600-900 r 000 40"0
Motorsports Chassis Fabrication I 259
3200 10.0
This course introduces students to metalworking techniques that apply to specialty
automotive chassis fabrication work including metaltypes and configurations,
measuring, pattern and outline development, attachment methods, metalfinishing,
cutting, MIG and TIG welding;frame design and modifications including boxing, tubular
cross-members, c-notching, pro-street frame setup, roll cage construction, and complete
tube chassis fabrication, front suspension design and setup, high performance engine
theory and precision measuring. Prerequisites: Automotive Technology core courses
100-400 or Collision/Refinishing Technology core courses 1100-1400 or Diesel
Technology core courses 600-900. Lecture Hrs: 102. Lab Hrs: 148-
Motorsports Chassis Fabrication ll 254
3300 10,0
This course introduces students to drive axle setup including rear axle selection and
modification; rear suspension design, selection, and setup for street, drag race, road
race, off road, and air springs; engine mounting, steering setup, brake system setup,
plumbing wiring, electrical meter usage, and troubleshooting, high performance engines
including cylinder head selection, internal components, exhaust systems, forced
induction and nitrous oxide systems. Lab work varies depending upon project but may
include front and rear suspension setup, roll cage construction, tubular chassis
fabrication, chassis tuning, rear axle narrowing, and engine mounting. Prerequisites:
Motorsports Chassis Fabrication I 3200. Lecture Hrs: 83. Lab Hrs: 167.
THE CONTENTS OF THIS SHEET ARE SUBJECT TO CHANGE WITHOUT NOTICE.
Contact this candidate