Ray Andrew Wogec

**** ******** ****

Carlisle Kentucky, US

Mobile: 916-***-****

Cell Phone: 916-***-****

Work Phone: 925-***-****

Email: ad1672@r.postjobfree.com

Work Experience:

Department of Energy DOE, National Nuclear Security Administration NNSA, Livermore Field Office LFO, Laurence Livermore National Laboratory LLNL, 7000 East Ave, Livermore, CA 94550

Infrastructure Program Manager

11/2020 to Present

Series: 0801/1301; Pay Plan: NM; Grade: 1

Security Clearance: Q

Supervisor: Dan Nakahara 925-***-****)

Duties:

I am currently serving at the Livermore Field Office for the National Nuclear Security Administration NNSA as a Physical Scientist/ Infrastructure Program Manager for Lawrence National Laboratory. My current duties include the following:

Technical oversite and support for Infrastructure and Operations [I&O] group which consists of Mechanical Utilities Division [MUD], Electrical Utilities Division [EUD], this in conjunction with Livermore construction group.

Technical oversite and point of contact for Real Property’s program on Lawrence Livermore National Laboratory’s [LLNL] site. Including oversite and management of the Federal Information Management System [FIMS] and Active Facilities Data Collection Systems [AFDCS] for the Lawrence Livermore National Laboratory’s [LLNL].

Point of contact for all utilities contracts for Lawrence Livermore National Laboratory, including Natural Gas, Water and Sewer. Also, owner and point of contact for new WAPA/LLNL IA Internal Agreement for negotiation and development of site electrical.

Lawrence Livermore National Laboratory’s [LLNL] representative for Power Consortium for 3 major national laboratories residing in northern California to regulate power usage and contract best pricing from both Western Area Power Administration [WAPA] and Pacific Gas & Electric Co. [PG&E]

Performing technical oversite on an enterprise wide 8 site HVAC refit and development Heating and Cooling Asset Management Program [CHAMP] to upgrade current heating and cooling systems to meet and exceed current infrastructure.

Accomplishments:

Researching and Developing a potential program that mirrors Roof Asset Management Program [RAMP] and Heating and Cooling Asset Management Program [CHAMP] in structure for electrical distribution replacement hardware for the NNSA enterprise.

Working in support of effort at Lawrence Livermore National Laboratory’s [LLNL] construction and development organization to integrate resiliency into the electrical distribution grid and developing 2 tear/ N+1 capability for specific LLNL high sensitivity projects

Department of the Air Force, 9 CES/CENM, Beale Air Force Base

6425 B Street, Beale AFB, CA 95903

Electrical Engineer

12/2018 to 11/2020

Series: 0855; Pay Plan: GS; Grade: 12

Supervisor: John Volcheck 530-***-****)

Duties:

Worked at Beale Air Force Base in the 9th Squadron Civil Engineering Group as Chief Electrical

Engineer. My current duties include the follows:

Serving as Beale AFB Sr. Site Electrical Engineer duties include consulting planning and design on; all new construction, renovation, and improvement projects for all facilities on base including all real properties and utility installations

Coordinate all projects and programs with other organizations on and off site including other engineers and architects within my organization

Develop and organize all pertinent documentation and reviews for electrical projects including statements of work and A&E documents

Give reviews and updates to construction teams, contractors and execute command reviews for status and progress of projects as needed

Organize and coordinate projects with peers and other technical engineers as needed for electrical design and construction code compliance.

Research and developemerging technologies in order to keep Beale AFB on the cutting edge of technology for current and future missions

Working as a program and construction manager for electrical projects as needed to maintain base development and operations on all maintenance including O&M functions

Maintain compliance with health, safety and environmental rules and laws as they pertain to base construction and energy development on base

Accomplishments:

Team Lead for developing a comprehensive upgrade and redesign for Beale electrical utilities and electrical grid

Team Lead for an integrated product team (ITP) to develop a monitoring and control SCATA based infrastructure that would include an Installation Resilience Operations Center (IROC) for base wide Electrical, Generator, Water, Fuel, HVAC, Flood control andCyber Security from a remote EOC location.

Working with the 9th CS communications squadron on base in conjunction with Air Force Research Laboratory AFRL to develop cyber security software for monitoring systems and missions to avoid cyber infiltration.

Working as a Program Manager on key electrical and power projects throughout the Beale site to increase power resiliency and secure efficient back up for all missions on base

Working with command team to research and develop new technologies to increase Beale AFB capability for energy efficiency and resiliency

Department of the Navy, NAVFAC, EXWC, EX51,

Ventura Naval Base, Building 1100, Port Hueneme, CA 93043

General Engineer

03/2015 to 12/2018

Series: 0855; Pay Plan: GS; Grade: 12

Supervisor: Todd Jonas 805-***-****)

Duties:

Worked as an interdisciplinary engineer (Electrical, Mechanical, Materials, Civil) for the NAVFAC Systems Experimentation Division. Projects I was associated with are as follows:

Working on teams within the Department of the Navy (DON) to develop advanced manufacturing processes to support both internal and outside organizations for remote manufacturing.

Subject Matter Expert (SME) in Additive Manufacturing for materials, mechanical and electrical design of products and components that support Marine, Seabee and combat construction units NAVFAC EXWC command.

Working with Office of Naval Research (ONR) through NAVFAC EXWC to develop research projects with outside organizations and academia.

Currently developing an advanced manufacturing reachback program to support additive and advanced manufacturing in the field for USMC and Department of the Navy.

Lead developing an advanced IT 3D-Model data repository and information consortium for use by both internal and external users within the Department of the Navy.

Accomplishments:

Development of technical reach back program that will support the warfighter in the field by delivering real-time information and 3D files to 3D fab labs capable of printing product while deployed. Team lead and SME to Designing, developing, and executing a project to build an RTD&E development lab to be used as a reachback solution in support of NAVFAC expeditionary for designing, development and testing products used in the field by Marine and Seabee combat construction units.

Developing an additive manufacturing (AM) Program for EXWC, currently working with Navy Additive Manufacturing Executive Command NAM EXCOMM and other groups connected to the Marine Expeditionary Forces to develop a working solution in additive manufacturing for the DON.

Technical lead for NAVFAC’s (AM) team to develop locate and qualify subcontractors via contract to build IT solutions for an additive manufacturing 3D data repository and knowledge sharing database which will be used in technical reachback programs within the Department of the Navy and USMC.

Working with the National Institute of Health (NIH), Naval Post Graduate School (NPS) and other SYSCOM’s within the Department of the Navy to develop a 3D-model exchange, knowledge consortium and reachback program for advanced manufacturing to support remote forward organizations for advanced manufacturing in the field.

Program lead for Light Construction Branch of NAVFAC Navel Expeditionary Light Construction Development Group.

Worked with Management team to develop processes for communicating with Program Office and building relationships for collaboration in ongoing programs.

Researching and developing portable fuel distribution systems, including analysis of material used in the system, grounding and bonding methods and user procedures to comply with all military and civilian standards for Marine Expeditionary and Seabee units in the field.

Currently developing a white paper in conjunction with UCLA on the feasibility of 3D printing of electrical circuits.

Related Skills:

Product design of Mechanical and Electromechanical products and components.

Made presentations to peers on program progress, also, higher level management on program status and updates.

Developed statements of work, implementation plans and project work plans. Planned and developed project budgets and resource needs; administered funding; coordinated resources.

Ensured all project activities are in compliance with company government, policies and procedures.

Used effective oral communication skills to plan and coordinate activities with all levels of internal and external personnel who were working towards common goals and objectives for NAVFAC Light Construction Group projects.

Department of the Navy, NAVSEA Crane,

300 Highways 361, Crane, IN 47522 United States

General Engineer

09/2011 - 03/2015

Series: 0855; Pay Plan: ND; Grade: 04

Supervisor: Brad Thomas 812-***-****)

Duties:

I served as a general design, test, and research engineer for Electronic Warfare (EW) Division in the Advanced Materials Engineering Branch and Product Repair Program at NAVSEA Crane Indiana.The projects I was associated with while working at Crane are as follows:

Contributed to the Next Generation Jamming (NGJ) Development Program, on both product development in the Product Integration Team and was lead engineer for Reliability Growth Testing (RGT) of the new system. I was responsible for test chamber development to enable high energy testing of the current and new pod systems.

Participated in (219) research and development projects supporting Electronic Warfare (EW) and materials research programs. I worked on multiple project teams to research and resolve issues related to EW products under development and currently in the field.

Supported the E-18 Depot stand up, development and repair initiative. I was lead engineer responsible for developing and integrating an Environmental Stress Screening (ESS) test program for EW components after repair.

Accomplishments:

Developed comprehensive strategies to test repaired highly technical Avionics’ components without increasing the infant mortality rate of the product in the field.

Conducted research and development to increase the reliability and capability of electronic warfare EW components on current programs in the field.

Operated as Lead Engineer for the Reliability Growth Testing Program at NAVSEA Crane for the next generation jamming system program.

Bench lead for environmental screening testing for sub-assemblies to ensure proper repair had been accomplished without decreasing reliability of the component in its service life.

Instructedthe team to develop and integrate new high speed fibre channel interconnects technology for the latest EW products.

Lead the OEM and NGJ team to refit and redesign a high energy RF chamber on the Crane site for capability of testing latest high energy emission products developed for the next generation programs. This including working with site facilities and technical teams with in the NGJ program to develop and certify testing facilities on the Crane for specific high-level components in the NGJ validation processes.

Interacted with multiple OEMs in ongoing bases to resolve technical issues in both product design and equipment purchases for repairs and development of Next Generation design programs.

Worked with the Advanced Composites Research Project Team to verify and validate materials for Wing Pod Radome on E-18G program.

Work with the team to explored Micro Calorimetry to research and determine new methods and techniques for understanding the age and physical properties of polymers on older hardware systems still in service.

Served as a technical engineer on repair and development teams ensuring all requirements were met for test, repair and design in electronic and mechanical assemblies for avionics warfare jamming assemblies.

Worked with planning and production teams to purchaseintegrate and place equipment for test development.

Participated in pre-design and review conferences to plan new product repairs.

Work closely with other engineers in teamenvironments to develop and coordinated design packages, reviewed OEM logical designs and specification documents.

Researched testability issues and evaluated test methodologies from the OEM for testing RF components in an environmental screening process using specific performance criterion and measures.

Designed and implemented fixtures used to hold antenna arrays to calibrate antennas on new E-218 and next generation jamming antenna array systems.

Development, repair, re-fit and design solutions for older generation assemblies using new materials and technologies, while staying under contract and budget.

Worked with outside vendors to develop and re-engineer older and obsolete products and components for used in current EW systems.

Related Skills:

Reviewed all technical documentation related to my programs for adequacy and content in support of both test and design.

Made periodic presentations and briefings on program progress to peers and management.

Ensured all project activities were in compliance with company government, policies, and procedures.

Researched and documented requirements for technical objectives associated with programs.

Participate in pre-design and review conferences for project planning.

Conducted OEM visits to assess and evaluate off-site manufacturing and production processes to ensure the vendor met and exceeded government standards, including ISO9001, ISO14001 and ISO/IEC 17025.

Review analyzed and evaluated new product design and test activities and provided significant, innovative recommendations for changes as needed.

Department of Defense, DCMA

DCMA, P6 EUEA, Pittsfield

Pittsfield, MA 01202 United States

General Engineer

10/2010 - 09/2011

Series: 0801; Pay Plan: GS Grade: 12

Supervisor: Retired

Duties:

I served as a General Engineer for the Defense Contract Management Agency DCMA at the General Dynamic Facility located in Pittsfield Massachusetts.

Performed multiple, technical level vendor assessments on lower-level product Manufactures that were intended to support the main vendor manufacturing, development processes and programs.

Performed contract assessments of overall contracts related to larger government programs for the Navy Trident II program.

Maintained and updated the technical portion of the Systems Engineering Surveillance Plan (SEP) andother documents to meet the projects objectives including program reports on the outcome of the analysis to support findings.

Participated on a joint team from the vendor and program management office to performed six sigma evaluation of the venders manufacturing floor process in order to improve their efficiency and quality.

Responsible for reviewing design drawing changes from the OEM, checked for proper interpretation and application of criteria to ensure that designs drawings and analysis of designs were accurate, and assumptions and conclusions were sound.

Responsible for reviewing wavers, deviations, Material Review Board (MRB) issues and Engineering Change Proposals (ECP)’s to ensure the vendor was resolving issues to DOD expectations in a timely and cost-effective manner.

Accomplishments:

Developed, implemented, and managed the Systems Engineering System Surveillance Plan (SEP) for large OEM developing and maintaining missile switching systems for Navy.

Worked on surveillance team that monitored OEM upgrade and refit for switching equipment and systems in major submarine programs for US.

Performed and reported on Configuration Management (CM) surveillance on assigned programs to enforce contractor compliance to contract CM requirements.

Participated in contract negotiations to support to the Administrative Contracting Officer (ACO) and the Procuring Contracting Officer (PCO) in technical support negotiations (TSN)’s for buying activities concerning the technical evaluation and negotiation of contactor cost proposals.

Contributed to engineering teams to develop and release a comprehensive Systems Engineering Surveillance Plan for the full product line of a major government OEM.

Worked with the DCMA organization to do a full contract OMNI Buss evaluation of major government OEM.

Worked on an exclusive team to do a six-sigma evaluation of a major government OEM’s manufacturing production line for a highly technical product used for national defense.

Worked with procurement team to review multiple government OEM manufacturing processes to insure they met and exceeded government expectations.

Related Skills:

Reviewed documents for adequacy and content in support of engineering projects for both test and design of the assembly.

Provided presentations to peers on program progress, also, higher level management on program status and updates.

Developed statements of work, implementation plans and project work plans.

Planned and developed project budgets and resource needs; administered funding; coordinated resources.

Ensured all project activities are in compliance with company government, policies, and procedures.

Hewlett Packard Co.

8000 Foothills Blvd.

Roseville, CA 96747 United States

Engineer/Scientist

10/1989 - 09/2007

Supervisor: Retired

Duties:

Worked as an engineer/scientist in the Hewlett Packard Company for eighteen and half years. Major positions I held are listed below.

New Product Introduction Program Manager:

As a program manager I led multi organizational teamsto meet schedules and keep programs on time and target for product release. I worked on teams to develop working plans to ensure new productsmovedfrom lab, to manufacturing, to new release and product sustainment based on management and the technical marketing group’srequirements.

Product Engineer:

As a product engineer I was a primarilySME responsible for product manufacturing, redesign, repair and customer escalations on PCA’s for multipleserver, mass storage and network products developed to integrate into full enterprise solutions. I was also responsible product sustainment after product release until end of life for the product or product upgrade.

Design Engineer:

As a design engineer I participated and contributed to multiple highly technical lab teams to develop and release PCA’s for Server, Mass Storage, and network products.

Manufacturing Development Engineer:

As a manufacturing development engineer, I Integrated new PCA and product designs from lab into manufacturing processes and finally worldwide support.

Lead engineer for a product take back and refurbishment program for mechanical and electromechanical products and components:

Lead engineer for materials and product take back initiative in HP’s Hardware Recycling Organization. Worked with team worldwide to develop De-Manufacturing process for Hewlett Packard Corporation.

Accomplishments:

Lead technical engineer for all fibre channel products in a major HP manufacturing division.

Provided engineering technical support to the HP Material Procurement Organization for acquisition of new components used in all Enterprise Server produce via network interface cards (I/O) and network products.

Provided technical support to teams conducted worldwide OEM visits by provide on-site advice and review, assessed manufacturing facilities and processes, inspected PCA or computer board manufacturing processes, including inspections of testing, quality control, assembly and inventory control processes.

Provided technical support to the Manufacturing Procurement and Materials Groups for component failures and defective material issues from manufacturing processes and defective OEM produces.

Developed PCA manufacturing assembly processes for highly technical multi side PCA assemblies for both manufacturing and repair.

Conducted training and technical guidance to new engineers on how to conduct PCA manufacturing inspection and process reviews.

Worked on teams in pre-design and review conferences to plan new product projects. I worked closely with other engineers in a team effort to develop a coordinated design packages for new product introduction.

Responsible for primary release of multiple I/O card assemblies from Hewlett Packard’sEnterprise Server Lab to manufacturing for word wide product release. Some of these assemblies included products such as custom designed combination dual port Fiber Channel and Gig Ethernet HBA’s, single and dual port OEM HBA’s and network switches and hubs.

Detected and resolved multiple component issues within fibre channel LED component and was able to isolate and verify and trace root cause to save the company substantial revenue loss.

Managed and performed qualification testing for new products both designed in house and by OEM to Hewlett Packard Corporation standards and provided feedback to project managers.

Created clear, logical design and specification documents. Researched testability issues and wrote test methodologies for test design and specific performance criterion and measures.

Worked closely with HP and OEM partners to ensure product designs passed Hewlett Packard performance, regulatory and quality standards. I collaborated with labs to manage products through entire product life cycle; built cost models and timeliness for testing products.

Performed multiple root cause analysis on multiple host buss adaptors (HBA) andprinted circuit assemblies (PCA) assemblies to determine failure from PCA level all the way down to wafer level issues.

Developed, designed and tested multiple interconnect products that integrated into enterprise servers and their mass storage devices.

Responsible for developing and leading technical product reviews in the development of new product designs.

Provided technical input and guidance to procurement teams in the development of statements of work for contracts and participated in contract negotiation with OEM vendors for peripherals integrated into HP products.

Tested, analyzed, and interpreted results of design; produced data, mathematical models, or methods to measure performance.

Partnered with lab team to develop fibre channel diagnostic tools and assisted driver team in developing test software to integrate protocol into HPUX and Windows operating systems.

Conducted tests for I/O cards being integrated into enterprise servers and HP mass storage devices; wrote test programs to test and verify functionality and understand how each protocol worked.

Team lead for qualification processes in both Fibre Channel and Fibre Channel cable development.

I worked with software and hardware teams to develop and integrate first online diagnostics for fibre channel mass storage into HPUX operating system.

Participated in pre-design and review conferences for new product planning. Developed statements of work, helped develop and implement project work plans. Also, developed project budgets and resource needs, administered funding and coordinated resources.

Worked with business teams as technical support to build partnerships with OEM and other HP organizations for joint project development.

Performed compatibility and performance testing on multiple configurations of server infrastructures to determine performance of mass storage fibre channel networks in order to verify and validate functionality of HP’s hardware with outside competitors’ products.

Prepared, provided and evaluated project plans, designs and related documentation.

Interacted with customers worldwide to resolve ongoing issues participated in product design, enhancements, testing and performance review meetings and provided technical leadership to provide improved product design and functionality.

Lead SCSI design engineer for all SCSI hardware development for Enterprise Server Produces released from lab during this time period.

Team member in first technical developmentof Storage Area Network (SAN) product line in a word wide releaseincluding design, documenting, support and training for the product line.

Lead engineer for Equivalent to New (ETN) Program for HP Hardware Recycling Organization in mechanical assemblies, product refurbishment and reuse program.

Participated on a corporate team to developed and implemented product take back criteria for HP and electronics industry.

Traveled to all HP technical divisions and presented a design for disassembly and product take back workshop to help design teams understand downstream recycling and incorporate the methods into their next generation products.

Primary developer of a product disassembly DE manufacturing process to fully disassemble returned product in order to reuse rare components after they were refitted and brought back up to original OEM specifications. This project was instrumental in developing the product take back process for the Hewlett Packard product take back and recycling organization.

Traveled worldwide with Hewlett Packard Corporate procurement to negotiate plastic contracts with its major resin OEMs to buy back material for reuse and incorporated 25% recycled blend material to help HP products qualify for European eco-label compliance.

Developed a program to do product assessments for reuse on majority of HP and HP competitor products and produced feedback to for next generation products for a majority of HP Technical divisions.

Education:

Arizona State University Tempe, AZ United States

Master's Degree on going.

Credits Earned: 9.0

Relevant Coursework, Licenses and Certifications:

MSE 518, Fundamentals of Microelectronics Packaging.

MSE 540, Fracture, Fatigue and Creep of Materials.

MSE 516, Structures of Materials

Sacramento State University Sacramento, CA United States

Some College Coursework Completed 09/1994

Credits Earned: 3 Semester hours

Major: None

Relevant Coursework, Licenses and Certifications:

Advanced Mechanical Design.

California State University Sacramento, CA United States

Bachelor's Degree 05/1990

Major: Physics

Job Related Training:

Completed DAWA Defense Acquisition University Training:

SPRDE Program Systems Engineer Level:3

SPRDE Research & Development Level:2

T&E Test & Evaluation Level:2

SPRDE Science & Technology Level:1

PQM Production, Quality & Manufacturing Level: 1

Facilities Development Level: 1

Other Job-related Training:

COR (I) Training

Program Management for both Construction and Product Development

PCB and HBA I/O Test, Design and Development

Server and Network Box Enclosure Design

EMC, EMI Design

Failure Analysis: PCA and Component level

Environmental Test and Development

Fibre Channel Network SAN and SAS Design Test and Development

Awards:

NAVY Meritorious Unit Commendation (MUC) 11/12/2013

(3) Performance Awards 3/20/2016;7/14/2018

(2) Time-off Awards 6/26/2016; 7/10/2017

On the spot cash Awards 6/11/2017

Demo Award/Bonus 3/8/2015

Suggested Cash Award 2/22/2015

References:

Dan Nakahara NNSA, National Deputy Director 925-***-****. ad1672@r.postjobfree.com

Nuclear Safety Livermore Field

Administration Office

Cody Reese NAVFAC, Port EXWC Engineering 805-***-**** ad1672@r.postjobfree.com

Hueneme, Ca Director

Chuck Young NAVSEA, Crane AEA Systems 812-***-**** ad1672@r.postjobfree.com

Indiana Deputy Division Manager

Additional Information:

My career has spanned multiple organizations both internal to the government and in the high-tech community in the private sector. I worked eighteen and half years at Hewlett Packard Corporation in Roseville, California. Ten of those years I worked in a design environment in the Enterprise Server and Mass Storage Lab. I also worked as an interdisciplinary engineer in the NAVSEA Electronic Warfare Organization for 5 years at NAVSEA Crane, Indiana. I developed state of the art electronics from the microelectronic level up through the technical product development of currently released products. As the Infrastructure Program Manager at Livermore National Laboratory I have oversite of all properties including utilities and development of new site construction including contract management of utilities.

Electronics Engineering and Design

From the perspective of computers and electronic technology, I worked in for product design, manufacturing development, product release and sustainment for multiple products at the highest technical level for current technology both in the private sector as well as highly classified technical products within in the DOD.

As a contractor and electrical engineer working in multiple construction project throughout my career, I work on teams that designed and built large support and manufacturing facilities. I developed solutions for integrating IT into warehouse and manufacturing process as well as electrical layout for both private and commercial construction that conformed to IBC.

At NAVSEA Crane Indiana I supported a 4-tier repair facility. I worked on the E-18 Depot Stand up Development and Repair Initiative that was responsible for repair of multiple electronic warfare components. As part of this team, I researched and developed new test programs such as Reliability Growth Testing (RGT), Environmental Stress Screening (ESS) and developed new test methods for the Next Generation Jamming (NGJ) Development Program. I was also responsible for refit and repair of test facilities

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