Perry An Email & Phone Number

Cherry Hill, Nj, Us

Cherry Hill, Nj, Us

Bethesda, Md, Us

Technical Execution Radar Lead for AEGIS AshoreTechnical Radar Lead and liaison with the US Navy/ Missile Defense Agency (MDA) customer.o Systems Engineer responsible for Cost, Schedule and Technical for adapting the SPY-1 ship board radar for land use as part of President Obama’s European Phased Adaptive Approacho Led weekly telecons with the MDA disclosing status of Radar Studies, Integration and Test issues and Resolution plans, and Site preparation with regard to radiation safety.o Radar studies included assessment of Radar interference with Broadband wireless carriers in Romania and mitigation techniques.o Program modifications for land use included adjunct processors for personnel radiation safety, waveform calibration adaptations and regression testing.o Received accolades from the MDA customer for responsiveness to quick turnaround analyses and weekly status updates

Bethesda, Md, Us

Software and Interface Requirements Author for Ballistic Missile Defense (BMD) 4.1 Upgrades Responsible for computer program and interface requirements for improving situational awareness to existing ship board Calibration and Automatic Alignment functionality. Enhancements included graphical representation of calibration results, chronological logging of alignment runs and computer automated testing of BMD waveforms.

Bethesda, Md, Us

Deputy Radar Integrated Product Lead (IPT) for AEGIS AshoreServed as deputy Radar IPT Lead responsible for technical leadership with customer leads and coordinating IPT working group meetings- Lead Technical and Cost Accounting Manager for Radar Systems Studies for Land adaptation of the SPY-1 radaro Studies included modification of Clutter Mitigation techniques for land adaptation and HERP requirements, Broadband Wireless Co-Existence assessment based on presumed Romanian base station and mobile equipment, interference mitigation by beam spoiling techniques, and the impact of seismic events on deckhouse distortion and correction using existing satellite calibrations.o Co-existence analysis included propagation analysis using Wireless InSite tool, bench testing of various representative 4G Base Stations, and Broadband Wireless interference assessment using Agilent’s SystemVue tool set. Drive testing and Rooftop testing were conducted to verify simulation results.o Responsible for Cost, Schedule and Technicalo Developed excellent working relationship with the Radar IPT which included NSWC-Dahlgren, Applied Physics Lab, Technology Services Corp., Northrup Grumman, etc. to come to consensus about study resultso Presented to Captain Anderson, USN, Program Manager for AEGIS Ashore on Clutter Mitigation design

Bethesda, Md, Us

System Engineering Subcontract Lead for Tactical Environmental Processor (TEP)Provided SE expertise to fulfill subcontract with Basic Commerce and Industries (BCI) to integrate TEP into AEGIS Modernization Program for Destroyers.- Provided Manpower plan and Statement of work to BCI for funding request for calendar year 2010. Delivered a post A/D filter design to for the radar data and code to unpack the data, Interface requirements, details of the radar search scan and waveforms , Fiber Optic cable and connector specs were identified and built, test plan and schedule were delivered to coincide with existing AEGIS Modernization testing. Lab plans and initial test vectors were delivered.

Bethesda, Md, Us

Requirements Author For Multi-Mission Capabilities For Advanced Capability Build (ACB) 12- AEGIS Modernization – Responsible for radar real time scheduler requirements to lay foundation for the Common Source Library for PDR and CDRo Combined Common interface requirements for the family of SPY-1 Radars (from Ticonderoga Class to COTS SPY-1 (Baseline 9) with Ballistic Missile Defense/Multi-Mission capabilities)- Authored BMD5.0 requirements for Radar Beam Stabilization, Data Association/Cross-gating , and Radar Scheduling functions as well as new SM-6 scheduling . Allocated software requirements for modularity and re-use.- Authored new requirements for scheduling SM-6 missile uplink/downlinks and multi-mission self-defense mission

Bethesda, Md, Us

Lead Systems Engineer for Multi-Function Phased Array Radar (MPAR) IRAD- IRAD in collaboration with Basic Commerce and Industries (BCI) to prepare for the MPAR RFP which propose a multi-function phased array radar for NOAA, FAA and DHS missions- Tasks includedo Requirements, costs and planning for a mobile phase array demonstratoro Coordinated studies for Dual Polarization design, Array/Sub Array Design, radar requirements for short/long range FAA surveillance, beam width requirements, reflectivity requirements, radiator trades, synergy with other proposals.o DTUPC studies

Bethesda, Md, Us

Manager of Open Architecture Software Requirements GroupFirst Line Manager (FLM) of newly formed Radar Systems Group to address Naval Open Architecture initiatives. Addressed the impact of COTS, open standard middleware, modular SW design for re-use and commonality, adaptable and scalable architecture and design on real time Radar Control software.- Led working groups on Radar System recovery architecture and impacts, trades between use of real time C++, Ada and Java, and trades between SBC hardware (2004)- Supported evolutionary demonstrations of Open Architecture Tactical Framework (OATF) in 2004, OA Radar Control components on the DDG 96 (2006)- Led team to develop Radar Control Road map for future systems (2005)- Led working group to determine common Radar B1 level specification requirements for current and legacy SPY-1 Radars. OA requirements were entered into a UML model (2006-2007)- Participated in recruitment activities of college graduates and professionals as well as the INROADS program for historically underrepresented groups- Participated in annual performance reviews and the rankings and ratings of individual engineers- Landroids Proposal – DARPA proposal to send robotic network nodes to automatically configure a network behind enemy lines. Responsible as software lead author who supported pulling together the technical baseline.- CG(x) Proposal Radar Computer Control Software Lead.

Bse, Systems Engineering

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