The President of EMG

•Supporting research and new product development of high technology electronics products (i.e. CAN and LIN based electro chromatic mirror products) for such manufactures as for Toyota, Jaguar/Land Rover, Audi,etc.

•Overseeing product development over the lifecycle of the product and program.

•Interfacing with various engineering disciplines to ensure continuity through all stages of systems development including system level architecture, functional allocation, major interface definition, feasibility, and trade studies.

•Decomposing high-level business and user requirements into functional requirements

•Managing multiple aspects of DOORS 9.3

•Collaborating with technical team in an effort to execute specification

•Managing requirements traceability information and track requirements status throughout the project.

•Managing changes to baseline requirements through effective application of change control processes and tools.

•Working with the project manager and project sponsor to document the product’s vision and the project’s scope.

•Eliciting product requirements using a number of communication techniques

•Decomposing high-level business and user requirements into functional requirements and quality, specified in an appropriate level of detail suitable for use by those whose work is based on those requirements.

•Capturing and translating the full range of performance and technical requirements and specifications into clear, concise, and unambiguous terms that can be readily used by appropriate engineering teams.

•Managing multiple aspects of DOORS

•Collaborating with technical team in an effort to execute specification

•Managing requirements traceability information and track requirements status throughout the project.

•Managing changes to baseline requirements through effective application of change control processes and tools.

Accomplishments – Successfully integrating Frequency Time Standard cabinet interface for UEWR project that involved: COTS hardware component integration utilized for the timing synchronization of Data Processing Equipment and REX systems.

•Supporting hardware-engineering team on Upgrade to Early Warning Radar (UEWR) project for National Missile Defense program.

•Configuring, testing, maintaining and integrating an array of network (NIC, SCCI) data transfer cards as interface link between Receiver Exciter (REX) and Signal Processing Equipment (SPE) along with Cisco switches.

•Developing test requirements, test plans, schedules, procedure developments and test operations including Interface Control Documents (ICDs), Critical Design Reviews (CDRs), etc.

•Designing alternative weight reduction methods for workstations and intercommunications radio system for Black Hawk helicopter prototype a Six Sigma A2C2S (Army Airborne Command and Controls System) Weight Reduction program.

Software – Microsoft Visual Studios .NET C/C++, Visual Basic 4.0 to 6.0, Tango, Mat lab, Spice (MicroSimV.8), Orcad Capture/Layout 14,DreamweaverMX/4.0,Macromedia Flash, Adobe Illustrator, Cold Fusion, HTML V5.0, 4.0, Swish, My SQL 5.0/PHP, ADSP 2181/ 21060 assembly language, Microsoft Office Suite (Word, Visio, Excel, PowerPoint)
Hardware – ADSP 2181/ 21060, Cisco 2900 Series Switches, Datum GPS, Terminal Server, Time Server Applications – Microsoft Windows 95-00/NT/XP, Excel, PowerPoint, Access, Telelogic DOORS ( up to version 9.3), SharePoint,TestTrack [Operating Systems Knowledge]: HP UNIX, MAC OS, Windows, SolarisV.2.6, Cisco OS, VAX