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Industry: PLC programming, Electrical Controls, Manufacturing engineering
Resides: Salary: US $Open
Relocate: Yes
On
the Market: OBJECTIVE
To
secure a contract position as a Project Engineer, in a company that challenges
my Electrical Control engineering principles as well as my Manufacturing
Engineering principles. A company
that offers ever increasing responsibility and challenges as a developing
Project Engineer, where I can learn to utilize my full potential. EDUCATION New
Jersey Institute of Technology, Newark New Jersey. 1998- Candidate
for Masters Degree, Engineering Project Management. New
Jersey Institute of Technology, Newark New Jersey. 1992-1996 Bachelor
of Science Degree, Manufacturing Engineering Technology. Gloucester
County Community College, Sewell, New Jersey.
1988-1990 Associates
Science Degree, Computer Integrated Manufacturing. Gloucester
County Institute of Technology, Sewell New Jersey. 1986-1988 Certificate,
Digital Electronics. EXPERIENCE Elan
Transdermal Technologies, Miramar, FL
1/2002 - 8/2002 Project
Engineer As
Project Engineer, duties involved becoming focal point for new installation
of Blending Rooms and delivery of a complete and comprehensive engineering
package. Implemented new Blending Room system from concept to startup
in a Class II Division I hazardous location. Developed automated blending
room system based upon current NEC and NFPA 79 standards. This automated
system was controlled by an Omron CS1H-CPU63, it monitored, managed and
recorded critical process operations and decreased human error and intervention
during production. Responsibilities included designing and engineering
Intrisically safe circuits in a hazardous clean room environment. Additional
duties included status meeting, writing Functional, Software Specifications,
ACAD Design, equipment selection, power distribution, BOM, ordering, supervision
of panel builders, electricians, control panel design, PLC programming,
OIT/HMI programming, pneumatic design, load calculations, testing and
vendor coordinatior. Ortho-Clinical
Diagnostics, Johnson & Johnson , Raritan, NJ 8/01-11/01 Controls
Engineer, PLC Programmer, Systems Integrator Modify/Upgrade
Existing Biovue Manufacturing Line: Supplied
detailed integration information to engineering staff. Directed electricians
and designers on wiring issues and schematic changes. Modified existing
schematics using Workflow drawing database and Acad 2000. Proposed new
and efficient HMI and PLC programming logic, where needed. Programmed
and modified existing Fix Intellution screens. Successfully integrated
new Thermocode series 2 barcode labeler into manufacturing system. Generated
ascii string parameters in PLC needed to initilize barcode printer. Removed
existing double labeler operation and replaced with one labeler operation.
Reflected in all code, wiring and schematics. Assisted in all wiring,
integration, programming, and ASCII strings necessary for proper communication
function of system. Assisted in validation procedures and advised validation
team when necessary on electrical issues. Optimized communications of
HMI and PLC databases in coordination with bar-code labeler.
GE
Lighting, Lexington, KY Controls
Engineer, PLC Programmer
5/01-8/01 Process
Monitoring System: Assisted in
programming, integration and configuring of process monitoring system.
Programmed GE 90/30, Logicmaster Series 1 and Logicmaster Series 6 PLCs.
Configured GCM+ (Enhanced Genius Bus) Modules to communicate with all
PLCs on the network, including Series 1 and Series 6 PLC. Assigned node
addresses and wrote PLC code for 22 different machines. Wrote machine
data collection logic that communicated to Master PLC. Wrote PLC logic
that coordinates and sends data trough CMM module serial ports. This data
was collected by VMidas software and displayed on Cimplicity HMI screens.
Tested all data collection and serial port logic, and supported GE staff
where necessary. This new system allowed operators and management the opportunity,
to view ongoing production and achieve improved process control. Machine and operator effeciency could be more
successfully anaylized and optomized. Lockheed
Martin, Owego, NY
8/00- 3/01 Subsystems
Engineer- USPS:
Worked on USPS (United States Postal System) Project. Responsibilities
included ownership supervision, inventory and scheduling of 15 million
dollar package handling Pilot Lab. Due
to ever imposing deployment schedules of USPS project.
Conveyor configurations had to be assembled and tested in Pilot
Lab. These simulated configurations
insured that all mechanical, hardwire, and CAN (Controller Area Network) interfacing was sufficient before actual deployment
to several sites. Aided in detailed validation and testing of conveyor
configurations. Developed Pilot
Lab schedule for Integration and Testing team, this schedule aided in
coordinating efforts between Hardware Qualification team and Integration
and Testing team. This schedule
optimized time of these two groups and
proved to be helpful. Also wired all necessary module and PLC communications
from electrical drawings. Took
corrective actions for discrepancies found on diagrams, coordinated and
directed team mem Bayside
Automation, Cannonsburg, PA
3/00-7/00 Project
Engineer- Faurecia: Developed customized PLC, OIT(Operator Interface
Terminal) programming and standards for Automated Electric Car manufacturing
line. Developed and programmed
Omron CS1G CPU42 for custom application, configured Festo Device Net devices.
Became Lead team member in the development of automated machine processes.
Organized and trained additional team member to optimize efficiency
and quality of engineering processes.
Supervised and directed electricians in testing and wiring installation. Became central team member in conforming developing application
with customer standards. Performed
numerous electrical troubleshooting as a corrective measure for quality control. Performed company validation procedures to ensure operating conformance
to customer specifications. Created
clear and concise PFD (Process flow diagrams), cross-referenced all electrical
drawings with actual wiring for accuracy. Maximized machine production
by evaluation process flow with team and e Primary
Systems Inc., Ocean, New Jersey
10/98-2/00 Project
Engineer- Anheuser
Busch: Acted as integral part in assessing changes for K-Filter System
Upgrade. Modified electrical schematic
and hardware to reflect planned engineering meetings and discussions. Redesigned loop diagrams using Power Draft
CAD system. Redesigned various
rack configurations to incorporate DH+ networks, and ethernet connections. Helped modify new control room layout, according
to company standards. Changed
the functionality of numerous analog output and input loops to be more
efficiently controlled, by Allen-Bradley PLC5 and Factory Link (MMI). Hoffman La Roch: Modified numerous process
flow diagrams on Pegylation Filtering System, while referencing a detailed
P&ID. Redesigned existing
Buffer Tank Process to function as a CIP process. Generated new navigational
screens, using FIX DMAC (HMI). Performed numerous upload/download instructions
to a Modicon touchscreen. . These
screens controlled the operation of the new CIP process and numerous Buffer
Tank sequences.
Programmed PLC using RS-logix software.
Generated new CIP sequence and valving operation code according
to company standards. Modified
PID Heat Exchanger feed back loops. Tested all sequence operations, valving
and alarming in conjunction with validation engineers. Trained personnel
on operation of new and modified sequences. Carson Products:
Designed and programmed from start to finish customized application
for hair relaxer batch sequence. Supervised electrical contractors with
integration of all peripheral devices to PLC. Modified electrical schematics
to incorporate new devices such as: Jaguar
Mettler-Toledo weight scales, thermocouple devices (RTD), Baldor VFD,
electric motor, pumps and pneumatically controlled solenoid valves. Modified SLC 5/04 using Rs-logix programming
software. Generated navigational
control screens on Panelview programming software. Successfully integrated touch screen technology with new and improved
system. Trained all necessary
personnel and
performed functional tests on finished project. Modifications successfully improved cycle time, repeatability, and
lowered scrap costs, due to the minimizing of human intervention and maximizing
automation. Automated
Control Concepts, Neptune, New Jersey
10/97-10/98 Project
Engineer- Johnson
and Johnson: Modified Plasma Measuring Apparatus. Generated navigational control screens on FIX DMAC software. Generated trending analysis screens. Successfully
connected bar code reader to PC COM port, using winwedge software (Windows
NT platform). Wrote scripting instructions to capture port values to be
displayed on FIX screens. Generated
various tags to aid in analysis of product.
Generated archiving files from FIX that aided QC productivity.
Wrote initialization commands for peripheral devices such as bar-code
reader and labeler. Developed Detailed Design Specifications, according
to engineering meetings. Added alarm screens and numerous tags to fix
database. Updated DIT (Data Image
Table) to incorporate new changes in PLC program. Generated BOM, and purchase
requisitions needed to complete project.
Performed functional tests with J&J engineers for final project
approval. The finished project eliminated older equipment bottlenecks
on the production line, and
allowed for a higher production line throughput
Haverstraw County water treatment Upgrade:. Performed specific
duties that were delegated by the project team leader.
Programmed GE PLCs according
to specifications. Performed numerous routine panel checkouts.
Tested and configured GE 90-30 and generated relay ladder logic.
Field Service: Successfully repaired Windows 95 maintenance
problems, TI565 communication problems,
modified Series 6 PLC program, installed various PC equipment,
established communication between GE 90-30 and FIX system. Performed minor
troubleshooting on Windows NT platform. Conducted various start-ups to
troubleshoot system-engineering problems.
Provided technical support to customers and assisted in future
project development. Conducted
routine I/O checks on vendor panels. Checked vendor wiring according to blueprints.
Followed P& ID diagrams used for project design. Generated project documentation such as Bill
of Materials, purchase requisitions,
field reports etc. Komline-Sanderson
Engineering, Peapack, New Jersey 4/96- 10/97 Electrical
Design Engineer- Developed
electrical, and pneumatic schematics
on ACAD 13 for Gravabelt machine, Avery Filter press and Rotary Drum Filters,
according to engineering specifications.
Designed control panel layouts, and utilized such processors as
PLC5, SLC 500, GE, and PLC Direct (Koyo), to control numerous devices
for automated performances. Worked closely with mechanical engineers in
customizing various filter process to fit customer applications.
Added electrical symbols and connections on P&ID with ACAD. Generated
Relay Ladder Logic, to sustain and control numerous processes.
Integrated and programmed operator interface terminals such as DTAM (Data
Table Access Module), Panel Mate Allen Bradley, and Panel View 900 for
improved controllability in processing. Worked with discrete I/O and Analog
devices. Compiled bill
of materials and supplied ordering
department, with parts list for assembly.
Conducted field service repairs, start-ups and supplied technical support to service technicians
and customers. Assisted in developing concurrent engineering principles
to streamline bottlenecks in engineering
and panel fabrication departments. Corrected and revised earlier P&ID drawings, and updated existing
engineering packages. Conducted numerous routine panel checkouts. Tested numerous functional tests on finalized
control panels. Directed various electrical contractors during start-up.
Custom
Scientific Instruments, Cedar Knolls, New Jersey (Temp) 11/95-2/96 Entered
Bill of material revisions on
MIS system. Checked existing products
with current blueprints. Performed ACAD revisions in coordination with
Engineering Department. Checked
ACAD drawings for consistency
and accuracy with ASTM standards. Completed
technical reports and memorandums for Engineering Department. Revised old drawings
and blueprints for improved production and evaluated obsolete components. Prepared final ACAD drawings, blueprints and
bill of materials for transportation
mother company and production. Luciano
Packaging Technologies, Somerville, New Jersey (Internship) 5/95-10/95 Engineering
Assistant- Concurrently
worked with engineering , to recognize feasibility and quality of redesigning
packaging process equipment. Developed
fiber optic layout on ACAD for Hot Sealing tube Filling System.
Developed electrical and pneumatic schematics, for temperature
control and automation on ACAD. Machined and fabricated various parts discussed
for system in machine shop.
Constructed clear and concise drawings on ACAD from preconceived
sketches developed from engineering meetings. Integrated touch screen technology with Siemens TI575-TI505 and
Allen Bradley software, for Ciba
Vision Contact Lens System. Installed
PLCs and wired sensors into control panel.
Detailed all PLC installations.
Period
serves as representation for unrelated job experience. 7/88-9/92 Philadelphia Naval Shipyard,
Philadelphia, Pennsylvania. 9/87-6/88 Electrical
Technician- Assisted
Electrician/Technician in repair of rectifiers and damaged welding guns
on military battleships. Installed lighting and fixtures on flight
air craft carriers. Followed
electrical blue prints for conduit and cable installation for equipment. Assisted in installation and wiring of three
phase junction boxes, used on factory floor.
Repaired blown fuses and outlet problems in factory offices. Wired up various equipment, spot welding guns,
rectifiers, bench lights etc. according to blueprints. SPECIAL
SKILLS AutoCad,
Bentley Power Draft, Panel Layout/Checkout and Design, Omron CPU 42 CS1G, A-B SLC500, A-B PLC 5, Horner Electric, Cscape,
AB Series 6 PLC, TISOFT, GE LM90, PLC Direct, FIX DMACS programming software.
CTC, AB DTAM, ICOM, AB RS-Logix, RS-Linx, Mettler-Toledo Scales,
RTD calibration, Basic tool design, Panel Mate AB software, Pro Engineering,
Smartcam, MRP 1&2, CNC, M-Codes, G-Codes, Geometric Dimensioning and
Tolerance concepts, Robotics Pick and Place programming, Economical Engineering
Analysis, Circuits Analysis 1,2,3, MS Project, Windows NT, Windows 95/98,
MS Excel, MS Access, Word, Word Perfect, Visio, Quicken, Internet Software
(Explorer, Netscape) .
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