• Using a distributed team approach, able to manage, architect, design, a bring products to market through CM/ODM in China, Japan, and Taiwan market spaces• Competitive AnalysisLeads a diverse team of corporate analysts with over 30 experience, retrieving, analyzing data and compiling reports on competition through legitimate activities protecting client while expediting corporate advantage. • Able to provide on-site Security assessments, as well as remote Denial of services testing, and corporate information security (IA)• Schematic, Layout, Fabrication, Assembly• DLNA/USB/Wi-Fi/CCX/CMMI/PTCRB/FDA Compliance* Passive and Active RFID & RF Energy Harvesting• EMI/EMC/ESD (Regulatory Testing)• Failure Analysis• Software Development (PHP, Secure C, Cobol, Pascal, Fortran, VxWorks, Linux, Android, Python)• Quality Assurance Testing• GPS/Wireless/Smart Grid/Smart Home/NFC/Energy Harvesting/RFID/Cellular• Product Teardowns• Standard's Representation and development (IEEE SA voting ballot member)Current Customers: PGL, War Fighter Oil

• Responsible for applying technical expertise in a collaborative fashion, to plan, design, develop, validate, and verify cybersecurity solutions across the system lifecycle.• Developed SSP/SAP for Kuwait, Lithuania CDRL’s.• Trained Cyber Systems Engineer on performing SCAP/STIG scans of TPS 77 Ground Based Radar Systems for US allies.• Trained Cyber Systems Engineer on performing Nessus scans of TPS 77 Ground Based Radar System.• Implemented Secure Host Baseline (SHB) in System Security Plan• Trained Cyber System Engineer on Estonia assessment and provided remote support.• Created Hardware/Software lists for System Security Plan for TPS-77 U.S. allies.• Assisted system engineers with problem solving TPS-77 UPS system and GPS timing issues.

• Develop Cyber Security requirements for next generation Electric Vehicles. Using PKI, Access Control, Hypervisor, and application Authorization. • Developed System Security Plans (SSP) and SCTM (Security Control Traceability Matrix)• Conducted cyber risk assessment activities including threat modeling, vulnerability analysis and analysis of mitigation solutions.• Developed, evaluated, and analyzed design constraints, and created detailed system and security designs as they pertain to the cyber domain.• Ensured that Control Account Management for Earned Value Management System (EVMS) was within budget for projects.• Coordinated with other cybersecurity engineers, system architects, and developers to provide oversight in the development of robust solutions to ensure robust solutions for the Risk Management Framework.• Supported proposals by providing inputs to technical volumes, developing cybersecurity basis of estimates, and participating in Independent Technical Reviews (ITRs). • Conducted cybersecurity test and evaluation of hardware and/or software designs to verify and validate compliance with defined specifications and requirements.• Employed cybersecurity processes, methods, techniques, and tools and assure their consistent application.• Implemented assessment and authorization activities, as required per customer requirements.

• V-280 FLARA and V-280 FARA Programs with Lockheed Martin/GE• Worked with Navigation, Communications, Mission System Computer teams to implement RMF requirements• Developed Pre-ATD Documents for ATO Planning, worked on System Security Plan documents

• Implemented SHB classified area with CAC readers and SIPR connection to DISA routers.• Implemented Doors, Agile, and ALM with Fisheye (JIRA)• Developed cybersecurity software build design and configurations.• Experience with the cybersecurity COTS Integration. • Knowledge of cybersecurity requirements allocation and requirement tracing. • Developed reports for program office and created ATO and ATC documents.

Security+ certified (Current)Designed GPS/INS distribution system for King Air 350 Airplane for U.S. Army ISR operations, Project Constant Hawk.Developed D-TCDL utilizing Compact Lense Antenna Ku-band directional antennas and Omni Ku band Antennas for ground based military to BLOS/LOS communication.Developed ASIL (Army Systems Integration Laboratory) Test Plan.Work with government and industry engineers developing hybrid network solutions for DoD and other federal agencies for their LAN/WAN connectivity.Troubleshoot and resolve complex problems to ensure minimal disruption of mission-critical applications.Configure VoIP/VTC system design, integration, and fault tolerant multicast video distribution techniques.Maintains technical proficiency in all areas of network and computer hardware and software interconnection and interfacing; such as routers; multiplexers; firewalls; hubs; bridges; gateways; etc.Sustain commercial telecommunications interconnection technologies such as T1, DS3, Frame Relay systems.

Assist customers with Hardware design, Schematic review, Layout Review, System Architecture, Driver evaluation and development for GPS, Wi-Fi, and Bluetooth. • Developed medical application reference design• Redesigned NEST Thermostat Controller• Re-designed Honeywell Thermostat Controller• Re-design Eccobee Thermostat Controller• Resolved SDIO port problem with Trane A/C Controller• Wrote software application notes on Wi-Fi/Blue Tooth driver use and porting • Wrote hardware application notes on electrical implementation of Wi-Fi, Bluetooth, and GPS modules.• Troubleshot software driver issues• Wrote application notes on GPS implementation and specialized use cases.• Reviewed customer schematics and provided recommended changes for successful implementation.• Reviewed layout and fabrication design documentation, provided recommendation for customer improvement. • Provided on-site customer debugging and design consulting services• Assisted customers with FCC/CE mark compliance testing with compliance labs.• Worked with Sales managers to close design wins by providing clear concise technical support for customers and following up to resolve design concerns before they manifest.• Spoke at conferences at CES, CEATEC, IFA and other trade shows on Wi-Fi, GPS, Bluetooth, RFID and Artificial Intelligence in the Home.• Have written over twelve Trade publication articles for the Consumer Electronics Magazine and continue to regularly contribute

• Led a team in developing the first of its kind Automated SD Card Duplication system for San Disk.• Lead the product development and architecture definition for Pragmatics products• Ensured product met the marketing features, cost and quality requirements• Ensured ODM electrical engineering resources deliver to product specification and program schedules• Ensure constant and clear communication with ODM partners, suppliers, and internal development teams• Manage and coordinate electrical system development priorities and issues with ODM and cross-functional teams• Ensured the product design meets DFX requirements • Ensured product’s electrical systems meet Regulatory and Environmental specifications• Prepared early design, layouts, and drove product architecture• Researched new components, vendors and technologies to meet product goals• Ensure that detailed design documentation from both ODM and internal sources is complete and imported into corporate systems• Ensured that thorough HW qualification test plans are created • Manage ODM and internal resources to ensure that products are tested to HW qualification test plans• Reviewed results of HW qualification testing and took corrective action as necessary• Worked with National Instruments and our software contractors to develop a GPIB Host Controller Driver for TSE robotic Handler for automated test systems. • Quality assurance test plans for testing of Image download systems, trained QA Personnel in testing of Image Download system. • Created Hardware Test Plan and trained Junior engineers in the proper test methodology and test results reporting. • Worked with Intel & Micron Production Test Engineers to evaluate Production test results in correlation testing and improvement of the Robotic Test Handler and Final Probe Test Sequences.

• Developed Hardware and software solutions for evaluating Customer product returns and worked with customers remotely and on-site to resolve production stop issues with their cellular products.• Re-utilized existing software development platform (ARM 11 & DSP6000), and modified Linux OS based test suite for Silicon level testing. • Deployed across multiple country sites to reduce test time and improve customer relationships.• Active technical manager in resolving Cellular Phone design issues with customers and TI production.• Resolved production line stop issues with Motorola & SKTT cell production lines.• Trained junior engineers in Failure Analysis theory and Root Cause analysis of RMR units.• Setup Power Analysis test system for advance power analysis debug. • Wrote “Deep Sleep” OMAP application note to resolve Docomo FOMA design issues.• Created USB test verification system to evaluate increasing number of USB returns from World Wide Customer Base.• Developed QA test plans encompassing software and hardware cross analysis to enable 99% test coverage. Resolved WiFi 802.11abgn, BT, UWB, WiMax (WiBro) issues with Cellular Phone designs, most issues were related to Power Supply issues corrupting the Radio Packet transmission and the interference of the MIMO antenna structure used in the phones PCB.• Developed Software QA test plan and software development automated test system. Utilizing PHP, Ruby on Rails, and the Linux LTP as a base set of tests. • Trained junior engineers in Failure Analysis theory and Root Cause analysis of returned units.• Setup Power Analysis test system for advance power analysis debug. • Created USB test verification system to evaluate increasing number of USB returns from World Wide Customer Base utilizing LeCroy's CATC analyzer, National Instruments, and Keithley products with GPIB and Lab view to increase repetitive tasks in a consistent Lab setup.

Evaluated new technologies and IP to expand Texas Instruments IP portfolio, participated in Industry Liaison groups to ensure that new guidelines and specification reflected the company’s technology strategy. Developed a Software Development platform based on ARM926 with C6xxx DSP for Set Top Box and Digital Media Adapter, consumer electronic markets. This platform was used to introduce and validate TI’s entry into DLNA and UPnP.• Led IP acquisition team for FIOS & HomePNA ventures within TI• Led Software / Hardware Design reviews to ensure project leads could learn from my example in developing team management skills.• Presented at DLNA general meetings updates and status reports• Performed validation of test content and reviewed potential test tools for DLNA 1.0 test content verification. • Designed and built 802.11bg Wifi Setup box and performed Radio Power measurement testing with Anritsu tester (MT8860B).• Developed Hardware and software test spec and worked with QA like team in testing and implementing test programs.• Elected DLNA Compliance Test Chair: led a diverse group of companies to develop a Compliance Test program to ensure conformance to the DLNA guidelines.• Wrote Compliance Test Specification; tested and verified Media content for successful DLNA Compliance Test Program. www.dlna.org • Developed UPnP AV specification with TI IP considerations in mind for inclusion in the DLNA Guidelines

• Key interface with internal departments to coordinate the use of TI silicon in projects throughout TI and directed sub-contractors/consultants in the development of silicon blocks. Created FPGA (APEX II 600C) • Analyzed EMI data of Microsoft’s XBOX sub-systems, resolving a FCC certification issue allowing Microsoft to launch the X-Box gaming system.• Created XBOX wireless (Blue Tooth) game pad controller and base station. • Designed USB to UART/RS-232 PDA dongle board for customer reference design.• Designed the 1st HS USB bus powered HD by using a unique powering sequence and firmware.• Designed USB 2.0 HS/FS to ATA/ATAPI/Compact Flash board and received the USB logo.• Wrote 8051/8052 microcontroller and EMI/ESD design guide for high-speed designs.• Represented TI within the USB test compliance committee and in the Mass Storage Working group.• Serve as a technical leader in the field of USB compliance, evaluating new IP designs and validating robustness of the IP for future TI products. • Created 1st Texas Instruments USB Compliance laboratory and assisted more than 6 departments in creation of USB compliance laboratories (The USB compliance Laboratory included USB Compliance Test plans and Automated Test setup utilizing NI GPIB LabView and a HS Scope and a Special Lab setup) • Analyzed EMI data of Microsoft’s XBOX sub-systems, resolving a FCC certification issue allowing Microsoft to launch the X-Box gaming system. This involved taking the product to the Anechoic Chamber for FCC Chapter 15 and CE Mark testing.• For every product I designed I created a Hardware and software test plan that would exercise the various aspects of the product to be tested.• The design guides, I created helped customer resolve issues before they became a problem, thus saving me from having to work on it.

Lead team of 30 Software engineers and 1 junior Electrical Engineer in the design and creation of Laser Printer Controllers for Multi-Function Printers. Designed Minolta's first USB ASIC.Active technical leader of a team of 30 software, quality assurance engineers and technicians in product design and production; designed printer controllers utilizing an FPGA to create an ASIC with USB 1.1, ATA (IDE), PCI, and SDRAM controller, 1394 (Fire Wire), 10/100 Ethernet, SH2 (7044), PowerPC (405GP), SDRAM, and VxWorks as the RTOS.• Led design from concept to board creation, debug, EMI/ESD compliance and to production.• Interfaced with parts suppliers/vendors to negotiate prototype ordering and production availability.

Principle engineer leading a team of six electrical and five software engineers in developing telecommunication products and printer controllers for the Japanese consumer sector; managed sales/marketing product requirements and designed products utilizing 68K, MPC860 processors for telecommunications and the printer market in support of Toyota, Motorola, NTT Docomo, Cannon, and Fujitsu. Personally designed the following:• Designed ISDN, ATM, Ethernet Router/Switch for SOHO applications (used MPC860SAR)• Designed Cannon printer 100Base-T interface board, utilizing FPGA and MPC860 CPU.• Designed Fujitsu printer interface board, converting 16-bit video into dual 32 bits.• Designed one and two port RS-232 to 10 Base-T routers, two port parallel to 100 Base-T Print Server.• In this role, I developed the entire design and performed the entire QA process. The only thing I did not do was write the higher level User Interface Software.• Developed and tested earlier Blue Tooth implementation 2.4Ghz for SoHo market place.

• Redesigned and corrected design deficiencies in RF (3~300 MHz) radar transceivers, HF, VHF and microwave (300 MHz~ 9 GHz) communication systems.• Redesigned power distribution system of Nimitz Class Aircraft Carries, to resolve Reverse current spikes damaging Carrier Aircraft Control Radar systems. • Worked on VHF, UHF, and SatCom based communication systems.• Worked on AN/SLQ-25 NIXIE Torpedo Countermeasures Transmitting Set, which would transmit RF radiation to simulate an Active ship to confuse Torpedo's and other Signal detection systems.• Worked on the AN/SPS-48 Air Search RADAR (3-D)• Worked on the AN/SPN-43C which is a coherent on receive radar system with a pulsed magnetron transmitter.• Worked on the AN/SPN-41A which is using a Pulsed Ku Band RADAR signal to the approaching Aircraft.• Worked on AN/SPN-44 Range Rate RADAR, like a Police Speed Gun used to determine the true and relative speed of an approaching aircraft. It uses a true Analog Computer.• Worked on the AN/SPS-64 Surface Search RADAR• Worked on AN/WSC-3/5/6 for UHF and SatCom• Worked on GRC-211 Radio Transceiver Set for VHF Band Communications • Worked on GRC-171 Radio group for UHF Band Communications• Worked on AN/SLQ-32 Electronic Warfare System • I performed VSWR and power measurements on these Systems, which utilized Magnetrons, Klystrons and Traveling Wave Tubes (TWT). I redesigned most of them an submitted Design modification requests to cincpacflt• Performed environmental and field-effect radiation pattern studies on antenna radiated emissions related to military band communications systems.• Received ESWS certification (Trained on Nimitz Class Nuclear Reactor Operations & Power Distribution systems.)