Engineer Technical Support

FDavid L. Walsh

Education:

TQM program seminar Dec 1990

SPC Seminar Oct. 1984

MRP II seminar Oct. 1984

AMA Management seminar Oct. 1984

Power Supply Seminar Apr. 1984

B.S.E.E Lamar University Sept.74 to May 78

Advanced Electronics USAF Tx. Aug 1972

Basic Electronics USAF Miss. Apr 1971

Diploma Bricktown HS Brick N.J. June 1969

U.S.A.F. Oct 1970 to April 1974

PART TIME EMPLOYMENT

PBSC Palm Beach State College

October 2012 to May 2012

NCCER certified teacher

Compressed Electrical apprenticeship course for electricians

Incorporating NEC code as it relates to electrical field

ABCI

NCCER certified Teacher

Sept 2006 to Present

Part time teacher

1st, 2nd, 3rd and 4th year electrical apprenticeship program

Incorporating NEC code as it relates to electrical field

City College

January 1998 to December 2001

Part time night teacher

Taught basic and advanced electronics.

Keiser College

September 1991 to February 1995

Part time night teacher

Taught PC computer, theory, assembly, setup and repair.

Taught DOS and Application programs.

Taught basic and advanced electronics.

Taught Biomedical Electronics.

FULL TIME EMPLOYMENT

Astronics/DME Corporation

Nov 1994 to Present

Principal Manufacturing Engineer:

Write routers to explain how to assemble various products on the manufacturing floor.

Maintain and repair the various pieces of equipment used on the production floor. Make improvements to the assembly process used on the production floor.

Coordinate with engineering to introduce new products to the manufacturing floor.

Senior Principle Design/Applications Engineer:

Designed a PAPI (Precision Approach Path Indicator)for the FAA. Designed a REIL(Runway Identifier lights) and Low Cost MALSR (Medium Approach Lighting System with REIL). Designed a replacement LED flashlight for Boeing Aircraft.

Responsible for all electronic aspects of the MALSR airport approach runway lighting system. Review FAA specifications for the MALSR program to ensure product compliance.

Review and implement design changes for the MALSR program this includes software, hardware, analog and digital requirements. Other responsibilities include electrical evaluation, design and implementation upgrades for other product lines. (e.g. DMB Data Marker Bouy for the Coast Guard, Emergency Beacons Transmitters and Battery packs for emergency lighting for the commercial airlines etc.).

Production Test Supervisor:

Responsible for the supervision of the production test technician and distribution of the workload.

Test Engineer:

Design test fixtures and write test procedures for the dme product line. Improve existing test fixtures and procedures. Assist engineering and other departments in accomplishing the company's objectives.

Associated Aircraft

Apr. 1989 to Nov. 1994

Director of Technical Support:

Manage the various tasks assigned to the Technical Support Group. This position also requires interfacing with other disciplines of the company. This includes but is not limited to the following.

(a) Manufacturing

(b) Quality

(c) Production Control

(d) Sales and Marketing

Technical Support group is made up of three sections.

Engineering

This group develops manual or ATE fixtures for

testing the various Avionics product manufactured

by AA. Other responsibilities include developing

test procedures for items where they are non-

existent. Research substitutes for obsoleted parts

or redesign it with state of the art electronics.

Repair/Refurbishment

This group repairs and overhauls older Avionics

equipment to the customer’s specifications.

New Manufacturing Testing

This group tests all the new manufactured

subassemblies and/or systems produced by AA. Other

areas of responsibility are EPA and FAA

coordinator, testing for DCAS in accordance with

MIL-I-45208A.

Sensormatic

Nov. 1985 to Mar 1989

Group/Project Leader

Sensorvision project: Designed Digital, Analog, Video and microprocessor electronics for the CCTV surveillance industry. Other responsibilities included ECN documents for design changes to the existing product. Fiber Optics Video studies to be used instead of coaxial cables. Various others design improvements for the existing and future product line. "A" Technology project: Design digital, analog, and microprocessor electronics for the EAS surveillance industry. Other responsibilities included review the antennas for the existing system and make improvements where necessary.

Helena Laboratories

May 1981 to Nov 1985

Assistant Director of Engineering

Project Engineering Management:

Organized the engineering department into Five sections Electrical, Mechanical, Manufacturing, Drafting/Documentation and Tech Support. Developed projects using Pert and Ghant charts. Defined positions and responsibilities within the department. Developed methods to assist other departments in interfacing with Engineering. Improved communications within the company by people management Project Leader: Developed a diagnostic computer for use on various densitometry products manufactured by the company.

Designed and off-line regulator for use in a digitally controlled centrifuge. Developed other medical equipment using analog, digital, microprocessor and optical circuitry. I also developed assembly language software using the 6502 chip by Rockwell.

Honeywell

February 1980 to May 1981

Tempest Test Engineer

Tested various commercial equipment for tempest emanations and made necessary changes to reduce those emanations. I also worked on equipment to do security surveillance for the Government. I used various types of video equipment from TV to motion detection.

Texas Instruments

June 1978 to January 1980

Electronic Engineer

I designed manual test equipment for the HARM program Using digital techniques to generate various waveforms for exercising the PCB's. I transferred to the ANDVT program. I designed the analog section and assisted in the design of the power supply.

Helena Laboratories

April 1974 to May 1978

Assistant Engineer/Electronic Technician

While working for Helena I attended school full time. I designed, assembled and tested various types of medical electrophoresis equipment.

Personal: Married, 5 children, 1 grandchild

David L. Walsh

1717 SW 13th Place

Boca Raton, Florida 33486

561-***-****

EMAIL *******@*****.***

Resume Addendum

Following is a list of specific items that I have used in designs as an Electronics Engineer.

(1) Microprocessors

(a) Rockwell 6502

(b) RCA 1805

(c) Motorola 6800 series

(d) Intel 8748, 8051

(e) Associated peripherals

(f) ATMEL RISC microcontrollers

(g) Microchip micro controllers

(2) Digital circuits

(a) 74xx (LS,S,HC)

(b) 4xxx (CMOS)

(c) CRT controller 6845

(d) DA/AD converters

(3) Analog/Optical circuits

(a) Various types of op amps up to video range

(filters, amplifiers, comparators)

(b) Switch mode and linear regulators

(c) Motor controllers

(d) opto isolators

(e) Fiber optics

(f) Photocells and Photomultiplier tubes

(g) Columnator slits for fluorescent systems.

(h) Lens and single slits for visible systems.

4) Discrete devices

(a) Transistors circuits

(b) FETS circuits

(c) Triacs circuits

(d) Relays circuits

(e) IGBTs

(f) Power MOSFET (up to 15KW Load)

5) Software

(a) Microsoft Office

(b) Altium

(c) CCS compiler for Microchip components

(d) C, C++

(e) AutoCad

(f) Image craft compilers for ATMEL components

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