Electronics Mechanic Resume Example Puget Sound Naval Shipyard

ELECTRONICS MECHANIC

Professional Summary

Experienced installation and repair technician skilled at setting up, repairing, configuring,inspecting,and assembling various types of equipment. Proven skills in building relationships with customers and solving problems with little oversight. Excellent communication and planning skills. Electronic Mechanic with over 18 years of successful experience in Calibration and Electronics. Recognized consistently for performance excellence and contributions to success in defense industry. Demonstrated ability to read schematic diagrams and use appropriate test equipment to troubleshoot equipment and repair manufactured products. Excellent at contributing to team and project success by sharing acquired knowledge and using strong interpersonal communication skills to encourage high-level performance and assistance to stakeholders. Proficient in installing, maintaining, calibrating, configuring and troubleshooting. A stellar work ethic with the ability to excel in a fast-paced environment.

Skills

Organizational Skills
Troubleshooting problems
Building effective Relationships
Customer Service Oriented
Repair
Leading subordinates
Preventive and corrective maintenance
Testing

Troubleshooting
Equipment maintenance
Packaging equipment
Maintaining work areas and good housekeeping
Hand tools
Shipping and receiving
Planning

Work History

Electronics Mechanic, 03/2008 to Current
Puget Sound Naval Shipyard – Bremerton, WA

Calibration Technician since 2008 has given value added hands-on technical experience in troubleshooting and practical knowledge in electronics.
Recently became certified in Micro/Miniature Electronic Repair (Micro-soldering) which allows one to perform high-reliable repairs down to component level using windows based troubleshooting system with greater success rate than without.
When repair work orders are received, I am responsible for identifying proper work sequence, determine materials, electronic components and tools needed to complete current and past repair orders.
Excelled in principle tasks and responsibilities of Calibration Technician which requires knowledge of radiological devices and their operation, capabilities and limitations, characteristics.
Other knowledge base required for duties are radiation health, radiation physics, calibrating techniques, fabricating, developing, evaluating, modifying, installing, maintaining, troubleshooting, testing and repairing all electronic equipment that detect sources of radiation and contamination (including alpha, gamma, neutron, x-ray and beta) as well as supporting test equipment.
As resident point of contact of lab's test equipment, I have responsibility of keeping track of current calibrations of numerous pieces of electronic equipment which use to test and fix end users electronic equipment.
Constantly mentoring lesser skilled employees and peers, demonstrating proper trade methods, teaching how to analyze data output derived from calibration process, optimize procedures and alternative methods to complete task with greater efficiency.
Complexity of equipment repairs ranges from sub-assemblies (i.e.Internal components such as batteries, knobs, cards, etc.) to complete electronics systems such as whole body monitors, ion chambers, pocket dosimeters, proportional counters, and Geiger-Mueller counters; and repair defective circuit cards, chassis (audio frequency or radio frequency amplifiers), power supplies, and oscillators.
Utilize digital volt meters, oscilloscopes, current meters, flow meters, radio frequency attenuators, frequency generator , frequency counters, and air flow meters to test and diagnose electrical equipment(AC/DC).
Once tested, if equipment does not fall within "accepted range" (according to those specified in procedure manual), one has to determine if equipment is rejected or passed for return to end user.
Once calibration is passed and completed; certification certificate is generated and signed as official document of certification.
Maintains and repair waterfront equipment radiological electronic systems, including ARGOS, Nuclear contamination detectors (example of repairs: eight detectors, power supply, amplifiers, calibration), Waste-Curie Monitors (example of repairs: circuit card, LED display, scale), and whole body monitors.
Apply trade knowledge and extensive experience to fabricate parts or materials when needed and in application of electronic theory.
Interpret schematics, blueprints, technical manuals, work instructions as well as standard operating procedures instructions which are specific to Puget Sound Naval Shipyard instructions.
Safely operate and maintain tools of trade that include: drills, chassis punches, wrenches, soldering irons and micro soldering units (used to remove and replace circuit parts).
Provide support in shipping and receiving equipment.
Create DD-1149's (shipping documents), update database with information regarding status of equipment, and create and delete repair work orders.
Perform all tasks with safety as number one priority, for both coworkers and myself.
Follow all safety and health guidelines established by federal and state government without deviation.
Installed and configured new devices and system components.
Analyzed user-generated trouble tickets to determine causes of problems and took appropriate action for resolution.
Improved quality processes for increased efficiency and effectiveness.
Calibrated instruments and scales in production area and quality lab.
Updated quality control standards, methods and procedures to meet compliance requirements.
Inspected inbound and outbound products for compliance with established industry standards, company policies and procedures.
Adhered to established policies, procedures and compliance for satisfactory audit rating.
Provided observations, took measurements and performed tests at various stages according to quality control plan.
Continuously applied quality-improvement methodologies to improve work processes.
Handled multiple simultaneous deployment projects against strict deadlines.

Radiological Control Technician, 09/2005 to 03/2008
Puget Sound Naval Shipyard – Bremerton, Washington

Responsible for performing surveys for radiological controlled areas, measuring radiation , contamination and air quality surveys.
Samples were collected from water, air and hard surfaces (i.e.Paint) as well as porous and nonporous surfaces.
Conducted "general area surveys" at locations where radiological or nuclear work was being performed; followed area monitoring schedule, drafted surveys, summarizing data and drafted reports of findings.
Provided oversight of work processes for various trades, such as pipefitters, machinists, riggers, electricians, and welders.
Attended work In progress meetings, analyzing work packages, providing insight and determination of work processes for any radiological work used during work operation.
Reviewed work and test procedures, recommended more efficient methods for radiological evolution.
Drafted survey maps, interpreted policies and methods, and ensured work processes were adhering to established policies and radiological control guidelines.
If deficiencies were found for "in process work" or levels or contamination were too high, prepared deficiency reports or made decisions to stop work entirely until levels returned to safe levels.
In such cases, posted appropriate signage, properly disposed of contaminated materials (when appropriate) and notified supervisor.
Calibrated both chemical instrumentation and sampling equipment, using calibration instruments to ensure accurate sampling, including liquid scintillation spectrometers, multi-channel analyzers and proportional counters, waste curie monitors, personnel contamination detectors, and gas-proportional analyzers.
Responded to radiological "spills" and injuries.
Took appropriate action, which included calling emergency services, securing and blocking off affected area (isolating and controlling "spill"area), controlling personnel in area, taking air samples, contamination samples, etc.
Once crisis was diverted, responsible for cleaning spill, according to set guidelines, appropriately disposing and containing contaminated materials and or goods.
Compiled various reports, surveys and monitored trends to determine if additional controls were required, based on results of those compilations.
Primary function of Radiological Control Technician is to ensure safety of workers by pr
Attended all shop safety meetings and promoted Volunteer Protection Program.
Followed all environmental and safety regulations -- Occupational ,Safety ,and Health Administration ,Naval Sea Systems , etc.

USS Monterey, 10/1995 to 10/2001
United States Navy – Norfolk, VA

Successfully completed Firecontrolman, Class "A" School (six months), mastering skills of trade including and Alternating Current (AC) theory, Direct Current (DC) theory, transistor theory, Surface Mount Transistors Theory, Power Supply Theory, radio wave propagation theory, superheterodyne receiver theory, basic antenna theory, fire control radar theory, theory and operation of synchros, testing, adjustment, alignment, calibration and operation of electromechanical systems and diagnosis of motor and generator faults.
The Firecontrolman aboard navy surface cruiser, was responsible for operation and repair of shipboard gun fire control systems, surface missile fire control systems, telemetry equipment, and equipment that supported these systems.
Performed scheduled and preventive maintenance as well as "troubleshooting" on all equipment.
This included disassembling and assembling components on circuit boards, power supplies, hydraulic and pneumatic pressure systems, liquid and air loop cooling system valve checks and repairs; replacing valves, conducting repairs to alternators and servos (motor units that controlled movement and pitch of units), magnetrons and upper order transistors (including klystron amps).
Performed system operability test daily, which included: voltage checks, current checks, pressure tests, temperature tests, humidity tests and coolant density tests.
Maintained computer network that controlled and monitored both radar frequency and other electrical inputs and signals.
Performed all maintenance and repairs to computer network system including system upgrades, hardware and software repairs and upgrades, wiring troubleshooting, etc.
Computer system directed interfaced with radar so precision of signal was vital; tested system and performed repairs to ensure signal and degrees were precise.
Conducted system alignments on shipboard gun fire control systems, which included weapon direction systems and track and search systems, if operating below baseline, performed repairs to elementary equipment, circuitry and support equipment.
Other tests performed included signal output; power output; signal to noise ratio tests; signal timing tests and signal tracking tests.
Tools and test equipment calibrated and utilized to perform these tests: oscilloscopes, digital voltmeters and current meters, signal generators, radio frequency attenuators, radio frequency power meters, calipers, thermometers torque wrenches, liquid/air flow meters, and various other electronic and physical power tools.
All tools were safely operated and maintained.
Performed all tasks with pro-active attitude toward safety; observing work environment for potential hazards prior to work execution and ensuring no fire hazards were present.
Followed all safety and environment guidelines set forth by United States Navy and Occupational, Safety, and Health Administration
Completed casualty analysis on systems and drafted casualty reports on findings.
Developed SOP (Standard Operating Procedures) for antenna on radar systems; both hand operated radar systems and radars with motor directed mounts.
Continually interpreted various schematics, block diagrams and technical manuals for system instructions and guidelines parameters.
Promoted to Work Center Supervisor; managed daily tasks of five subordinate personnel.
Responsible for ensuring completion of Preventive Maintenance Schedule on all systems, ensuring highest rate of combat readiness.

Education

2M/MTR Microminature Electronic Repair: Electronic Repair, 08/2015
Center For Naval Aviation Technical Training Unit - Whidbey Island, Washington

The 2M Program provides the repair equipment, tools, techniques and training required for Navy/Marine Corps electronic repair technicians to perform highly reliable, high quality repairs on complex circuit card assemblies (CCAs). 2M is an integral part of the Navy's Progressive Repair initiative. The 2M Program supports electronic repair at the Organizational (O) and Intermediate (I) maintenance levels and at selected Naval Aviation Depots. The use of 2M applies to all electronic equipment following the direction of OPNAVINSTs 4790.2, 4700.7 and 4790.13. 2M electronic repair saves dollars by avoiding potential maintenance costs associated with reliance on depots and results in an overall improvement to fleet readiness through increased self-sustainability of the repair site itself. 2M is divided into two distinct capability levels. Miniature Electronic Repair Miniature Electronic Repair covers the repair of single and double-sided CCAs focusing on discrete and multi-lead, through hole components. Miniature repair includes removal and replacement of these components, removal and re-application of conformal coatings, wiring and soldering of various terminals and connectors, removal and replacement of damaged conductors and printed circuit board laminate. Miniature repair also covers electrostatic discharge (ESD) familiarization and handling procedures to minimize ESD risks to the CCAs. Microminiature Electronic Repair Microminiature Electronic Repair is more technically demanding than the miniature level of repair described above. Microminiature repair involves high density component packaging, multilayer conductor and laminate repair, flex-print repair, edge-lighted panel repair, welded lead repair and surface mounted technology (SMT) repair. Because microminiature repair is an advanced capability when compared to miniature repair, miniature training is a prerequisite for microminiature training.

Master of Science: Project Management, 12/2013
University of Wisconsin - Platteville - Platteville, WI

Relevant Coursework
Managerial Accounting
Business Communication
Project Management Techniques I
Project Management Techniques II
Interpersonal Skills for Virtual and Co-located Project Teams
Project Scope Management
Organizational Behavior
Project Risk Management
Quality Management
Business Ethics
Project Procurement Management
________________________________________

Certificate: Electronic Calibration, 2008
RADIAC Instrumentation Calibration Course - Yorktown, VA

Certificate: Health Physics, 2005
Radiological Control Technician Qualifying School - Chesapeake, VA

Bachelor's Degree: Aquatic and Fishery Science, 2004
University of Washington - Seattle, WA

Certificate: Naval Electronic Systems, 1996
US Navy "C" School MK-15 Close in Weapon System - Dam Neck , Virginia

Certificate: Electronics Technology, 1996
US Navy Firecontrolman "A" School - Great Lakes, IL

Certificate: Electronics Technology, 1995
Tech Core- US Navy Advanced Electronics School - Great Lakes, IL

Associate's Degree: 1994
Olympic College - Bremerton, WA

Certifications

Initial Radiation Worker CBT Refresher Training (Scheduling Only); Mandatory Training, ; Hazard Communication; Fire Protection In Shipyard Employment (For All Employees); Asbestos Awareness For Building Mgrs; Man-Made Vitreous Fiber (Non-Asbestos) H A; Security Training For Computer Users; Environmental Awareness; Privacy Act Training; CPR Training, Initial; Hearing Conservation Program- Initial; POSH Refresher For Employees; Hazard Recognition For Union Representatives And Safety Committee Members; Electrical Safety; Submarine Worker Orientation; RadCon Orien For NN Emp; Soldering Techniques; Radiac Instrument Maintenance; Radiac Instrument Testing; Lockout/Tagout Authorized Employee; Lockout/Tagout Affected Employee; Area Orientation Brief Intercultural Relations; Area Orientation Brief 2 General; Electrostatic Discharge Awareness (ESD); Fall Protection; C/1102 Travel To Foreign Country Brief; Back Injury Recovery- Ergonomics; Business Plan California; Hazardous Materials Hazcom/Environmental Awareness; Naval Nuclear Propulsion Information New User Training; DOD Information Assurance Awareness Training; DOD Information Assurance Training Version 10.0 FY 2012; Radiation Worker "R" Written Exam (Scheduling Only); Radiation Worker "R" Practical Exam (Scheduling Only); Radiation Worker "R" Continuing Training; Radiation Safety For Radiac OP Ref; Radiological Monitoring Division; Nuclear Worker Qual- Initial; Radiological Monitoring Attribute For TSDC NNTB; Operator Lock Out-Tag Out And Alternative Protective Measures; Command Operations Security (OPSEC) Brief; Isopropyl and Ethyl Alcohol - Haz Mat Brief; Coatings/Adhesives and Epoxies With Resins and Amines - Haz Mat Brief; Chlorinated/Fluorinated Hydrocarbons Freons - Haz Mat Brief; Detergents/Aqueous Cleaning - Haz Mat Brief; Solvent Based Paints/Spray Paints - Haz Mat Brief; Nuisance Dust/Inert Particulates - Haz Mat Brief; Super Glues - Haz Mat Brief; Alkaline Materials PH 7 - Haz Mat Brief; Adhesives - Haz Mat Brief; Lead - Haz Mat Brief; Hazard Communication Brief Instructions; Prevention of Sexual Harassment; Confined Space Awareness; PSNS and IMF Confined Space Awareness Training; Passport for Government Travel; Corporate Electrical Safety (For Electrical Workers); Corporate Disconnect Reconnect; Project Travel Brief; Radcon Sensitivity Indoctrination Brief; Radioactive Source Handling Briefing; Surface Ship Casualty Response Training ; Trafficking in Persons Initial Training; VPP Mandatory Training; Working Safely in Confined Spaces; Lockout/Tags- Plus Authorized Employee (989

Resume Overview

Companies Worked For:

Puget Sound Naval Shipyard
United States Navy

School Attended

Center For Naval Aviation Technical Training Unit
University of Wisconsin - Platteville
RADIAC Instrumentation Calibration Course
Radiological Control Technician Qualifying School
University of Washington
US Navy "C" School MK-15 Close in Weapon System
US Navy Firecontrolman "A" School
Tech Core- US Navy Advanced Electronics School
Olympic College

Job Titles Held:

Electronics Mechanic
Radiological Control Technician
USS Monterey

Degrees

2M/MTR Microminature Electronic Repair : Electronic Repair , 08/2015
Master of Science : Project Management , 12/2013
Certificate : Electronic Calibration , 2008
Certificate : Health Physics , 2005
Bachelor's Degree : Aquatic and Fishery Science , 2004
Certificate : Naval Electronic Systems , 1996
Certificate : Electronics Technology , 1996
Certificate : Electronics Technology , 1995
Associate's Degree : 1994

Electronics Mechanic Resume Example

Resume Score: 80%

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